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2022 List of Top Silicone oil manufacturers in the world

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Silicone oil is also known by other names that are silicone fluid, polydimethylsiloxane, dimethicone, dimethylpolysiloxane, dimethyl siloxane, and PDMS. It is an unnatural organic compound with inactive, odorless, non-toxic, high thermal stability, compressibility, flexibility, and remarkable dielectric properties. China is famous for manufacturing silicone fluid in the world and getting big revenue from this product. China produces silicone fluid chemical that is used all over the world as softeners, lubricants, paint, and home care product additives, and hydraulic or damping, dielectric, electronics-grade, heating or cooling, diffusion pump, thermostatic fluids, cosmetics products, pharmaceutical, and medical industries. The production cost of silicone fluid oil is very high compared to other organic and mineral oils. That’s why the silicone fluid oil production rate is low as compared to other mineral oils.

Market Overview:

The international silicone oil market value in 2021 is US$3.38 Billion and in 2014, this value is USD 1.78 Billion. According to the IMARC Group estimation, it will reach this value of US$5.1 Billion in 2027 if the growth rate is 6.70% in that period.

silcione oil

Here we are discussing the list of top manufacturers of silicone oil as follows:


  1. Wacker Chemie A.G. (Germany):

WACKER is a technological leader in the chemical industry based in Germany. They are manufacturing their products in silicone, polymer, life sciences, and polysilicon markets for global use. For the production of silicone oil, it ranked as the second largest manufacturer.

Quality and Manufacturing

Wacker-Chemie takes responsibility for the quality, safety, and environmental protection. Its employees are experts and have more than 10 years of experience in the production of silicone organic oil and fluid. Quality, safety, and environmental protection are some of the things they are trying to improve. They guaranteed the safe handling of silicone fluid products and residues in their production processes. They are best in chemical manufacturing because they have minimized resources and energy consumption, a proper way of emissions, and waste. Wacker Chemie group is a worldwide manufacturer of silicone fluid oil and supplies their products where transport, application, and disposal are safe and environmentally well-matched.

Wacker Chemie is expanding its knowledge about the environmental compatibility of its traditional and new chemical products, taking steps to incorporate any new insights into environmental protection and safety. They are trying to intend to convince suppliers to adopt its standards for quality, safety, and environmental protection. Wacker Chemie takes proactive measures to eliminate potential risks. Wacker Chemie implements effective risk management. They make and promote a climate of mutual trust through open, continuous dialog with their member of staff, clients, and suppliers, as well as with their adjacent authorities, and the public.

Silicone oil Products of Wacker Chemie:

Wacker is famous for manufacturing silicone fluid and silicone emulsions that are mainly used in the cosmetics, pharma, and textiles industries. Wacker Chemie is producing two types of silicone fluid that are linear silicone fluid and functional silicone fluids. Their linear silicone fluid products are

  • HELISOL® 10A
  • HELISOL® 5A
  • HELISOL® XA
  • HELISOL® XLP
  • LIOSIL® eco F 350
  • LIOSIL® eco F 50
  • WACKER® AKC Silicone Fluids
  • WACKER® AK 600 000 STAB
  • WACKER® AK 300 000 STAB
  • WACKER® AK 200 000 STAB
  • WACKER® AK 150 000 STAB
  • WACKER® AK 100 000 STAB
  • WACKER® AK 1 000 000 STAB

  1. Dow Corning Corporation (U.S.)

Dow Corning Corporation, based in the US, is a well-known manufacturer of silicone oil and supplies all over the world. It included Dow Corning Corporation in the list of top-ranked industries for producing leading solutions and technologies for the next generation of chemical manufacturing and industry. They develop high-performance silicone and siloxane additives that are used to produce better paints, coatings, printing inks, and overprint vanishes.

Dow Corning Corporation Increases manufacturing efficiency and reduces the need for resource consumption. They enabled 3D printing with silicone fluid and ensure the smooth, safe and efficient operation of manufacturing with their modern equipment. The quality of their products is very high as ISO certified them.

They transport their silicone fluid products to various industries, like textiles used in 160 countries and their products. Silicone fluid chemical contains a rich content of a superior grade of silicone, which proceeds with the chemical reaction of fabric printing and provides a silky finish, softness, bounce, and excellent elastic qualities in textile products.

Features of Dow Corning Products:

All the Silicone oil products of Dow corning Corporation have features that are listed below as follows:

  • Durability
  • Trouble Free
  • Easy Handling
  • Cost Efficient

Dow Silicone fluid products:

Dow Silicone fluid products are listed below as follows:

  • XIAMETER™ PMX-200 Silicone Fluid
  • DOWSIL™ 510 Fluid
  • DOWSIL™ 550 Fluid
  • DOWSIL™ 710 Fluid
  • XIAMETER™ PMX-200 Silicone Fluid/ 0.65
  • XIAMETER™ PMX-200 Silicone Fluid/ 1.0 0
  • XIAMETER™ PMX-200 Silicone Fluid/ 1.5
  • XIAMETER™ PMX-200 Silicone Fluid/ 2.0
  • XIAMETER™ PMX-200 Silicone Fluid/ 3.0
  • XIAMETER™ PMX-200 Silicone Fluid/ 5.0
  • XIAMETER™ PMX-200 Silicone Fluid/ 10
  • XIAMETER™ PMX-200 Silicone Fluid/ 20
  • XIAMETER™ PMX-200 Silicone Fluid/ 50
  • DOWSIL™ 510 Fluid/ 50
  • DOWSIL™ 510 Fluid/ 100
  • DOWSIL™ 510 Fluid/ 500
  • DOWSIL™ 510 Fluid/ 1,000
  • DOWSIL™ 550 Fluid
  • DOWSIL™ 710 Fluid

 


  1. Momentive Performance Materials Inc.

Momentive Performance Materials Inc. is a silicone oil manufacturing company based in the US that provides solutions to daily life problems with a large portfolio in silicone fluid production. They are developing silicone fluids that have superb Thermo-oxidative stability and chemical resistance. Momentive Performance Materials Inc. transport it globally as a basic fluid chemical for these industries that are

  • Heat transfer media
  • Hydraulic fluids Chemicals
  • Liquid dielectrics chemicals
  • Water repellents
  • Polish ingredients
  • Mold release agents
  • Lubricants
  • Antifoams
  • Damping fluids
  • Slipping acids

Properties of Silicone Fluid manufactured by Momentive Performance Materials Inc

As Momentive Performance Materials Inc is a top-rated company in the world of silicone oil production due to the best quality of fluid chemicals that have good dielectric strength, volume resistivity, dielectric constant, and dissipation factor. Frequencies from 102 to 107 Hertz do not affect the dielectric constant or dissipation factor that’s why their fluid is less affected by temperature and also virtually impervious to climatic change. Fluids developed by this group are basic fluids that may enhance and stabilize your next product formulation or application.

Features and benefits of silicone fluid developed by Momentive Performance Materials Inc

  • Volatility
  • Spread ability
  • Lubricity
  • Compatible with many organic materials, solvents
  • Low surface tension and viscosity
  • No oily residue
  • Improves efficacy of antiperspirants
  • Dry, non-greasy feel
  • Improves wet combing
  • Greater flexibility in formulating cosmetic products
  • Rapid and complete coating during particle treatment
  • Silicone fluid products of Momentive Performance Materials Inc
  • XF49-B7082 Fluid Blend
  • CF 1213
  • CRTV50M
  • CRTV940
  • CRTV941
  • CRTV942
  • CRTV944

 

  1. Shin-Etsu Chemical Co. Ltd.

Shin-Etsu Chemical Co., Ltd. is the largest silicone oil manufacturing company in Japan, ranked high in silicone manufacturing companies and in Forbes Global 2000 for the chemical sector. Shin-Etsu has a huge international market share for the silicone chemical series.

Quality Assurance to the Clients:

The main policy of The Shin-Etsu Chemical Co., Ltd. Group is to provide stably high-quality products to customers. They are working on zero-quality problems. To compete with competitors, they fulfill their duties and work hard in the sales, research, production, quality assurance, and shipment departments. They are also understanding that environmental and health safety is a key factor for product quality.

 

The Shin-Etsu Chemical Co., Ltd. Group has obtained certifications for its quality control systems from ISO 9001 and IATF16949. The Shin-Etsu Chemical Co., Ltd. Group has also established a strict rule to answer all queries related to product quality from clients within two business days.

The Shin-Etsu Chemical Co., Ltd. Group Adding Value to Products and Increasing Their Reliability

Shin-Etsu silicone fluids are typically clear, transparent liquids. The silicone fluids product types range from free-flowing, water-like fluids to viscous, syrup-like fluids. These silicone fluids are resistant to high and low temperatures, water, and chemicals. They have excellent electrical properties, and they possess mold releasability, water repellency, and defoaming characteristics not found in ordinary mineral and synthetic oil products. Shin-Etsu silicone fluids meet a wide variety of needs in applications ranging from electronics, transport machinery, office appliances, cosmetics, and textiles. With our wide range of silicone products, Shin-Etsu meets the diverse needs of many industries.

Silicone Fluids Products

The Shin-Etsu Chemical Co., Ltd. Group is manufacturing two types of silicone fluids products that are straight silicone fluids and modified silicone fluids. Dimethyl silicone fluid, Methyl hydrogen silicone fluid, Cyclic dimethyl silicone fluid, and Methyl phenyl silicone fluid that straight silicone fluids. Shin-Etsu modified silicone fluids are Reactive silicone fluids and non-reactive silicone fluids.

 


  1. Bluestar Silicones International (France)

Bluestar Silicones International (France) has changed its name to Elkem Silicones as it merged with China company Elkem, China National Bluestar’s Norwegian subsidiary. After that, its group planned a profitable growth strategy. This is an unbelievable change in the growth of profit for silicone fluid products and manufacturing silicone oil on a huge scale. Elkem Silicones is the leading global integrated manufacturer of silicone oil present worldwide, with a powerful industrial standard in Europe and China. Its main production sites and manufacturing plants are located in Roussillon, France, and Xinghuo, China. Elkem Silicones group is also well known for its strong reputation for satisfying its clients. Elkem Silicones has more than 50 years of experience in silicone fluid products for coatings, specialty elastomers, healthcare products, specialty fluids, emulsions, resins, etc. Day by day Elkem Silicones is occupying a leadership position in the silicone fluid chemical production market. The quality of silicone fluid products is superb as it’s certified by ISO. Bluestar Silicones is transporting its products globally using online platforms e.g., Alibaba.com and amazon.


  1. ACC Silicones (U.K.)

ACC Silicones is a group of talented people that are experts in silicone fluid chemical development and it’s have been manufacturing silicone oil compounds for many years. Due to its professional staff, ACC Silicones has obtained an enviable reputation for the best product performance and high-quality silicone fluid chemical materials certified by ISO. This group is fulfilling its clients’ needs by developing chemical products according to modern requirements and using the latest technology. t ACC Silicones products are listed below as follows:

  • silicone elastomers
  • silicone fluids
  • silicone emulsions
  • silicone antifoams
  • silicone adhesive sealants
  • silicone coatings

ACC Silicones group provides flexible solutions based upon batch production allowing them to offer formulations to clients’ custom application requirements. As they have qualified and trained chemical engineers for the development of silicone fluid products and change the following properties.

  • Rheology: paste to free-flowing low viscosity
  • Cure speed and tack-free times
  • Thermal conductivity
  • Hardness
  • Color
  • Operating temperature range
  • Cure mechanism
  • Packaging and delivery systems
  • Own label

 


  1. Iota Silicone Oil Co. Ltd

Iota Silicone Oil (Anhui) Co., Ltd is based in Bengbu, Anhui Province, where this group is manufacturing silicone oil and doing more operations than Iota Corporation Limited. Iota Silicone Oil is a leading organization in the organic silicon manufacturing industry due to silicon-based technology and all silicone-related production. IOTA is doing silicone fluid chemical production on a huge level to supply the whole industry chain with silicone performance solutions. Due to its expertise in various fields and use of its silicone fluid chemicals in many industries that are listed here:

  • Covering textiles and leather
  • Food and beverages, paints
  • Oil and natural gas
  • Cosmetics
  • Electronics
  • Aerospace
  • Automotive
  • Construction
  • medical care
  • Casting
  • personal care
  • Agriculture
  • LED

 

Quality Assurance of Iota Silicone Oil group products

Iota Silicone Oil maintains its reputation for transporting high-quality silicone fluid chemicals to the whole industry. Iota Silicone Oil is also working with many universities and research institutes in Nanjing and implements a strict and complete quality control system that guarantees for its clients. Iota Silicone Oil is manufacturing high-quality organic silicone fluid products for its customer on their demands.

Silicone oil products manufactured by Iota Silicone Oil group

Iota Silicone Oil is mainly supplying its products to Southeast Asia, South America, Europe, America, the Middle East, and the Medium-High level China market. The products that are imported from Iota Silicone Oil are listed as follows:

  • Phenyl silicone
  • Diffusion pump oil
  • Methyl silicone oil
  • Amino silicone oil
  • Hydroxy silicone oil
  • Vinyl silicone oil
  • Organic polysilazane
  • Inorganic polysilazane
  • Foam silicone rubber
  • Hexamethyl disilazane

 


  1. KCC Basildon Chemical Company Limited (South Korea)

KCC Basildon Chemical Company Limited is a well-known South Korean company. It manufactures silicone flood chemicals to meet the needs of the whole silicone industry. KCC Basildon is the biggest silicone oil developing industry in South Korea, ranked high on the silicone manufacturing companies list. KCC Basildon has occupied a large international market share for silicone chemical products.

Silicone oil products provided by KCC Basildon chemical group

KCC Basildon mainly manufactures silicone fluid products for their regular clients in Southeast Asia, South America, Europe, America, the Middle East, and the whole chemical industrial market of South Korea. The products that are made in KCC Basildon units of silicone fluid chemical are listed as follows:

  • KCC Basildon Phenyl silicone
  • KCC Basildon Diffusion pump oil
  • Methyl silicone oil
  • Amino silicone oil
  • Hydroxy silicone oil
  • Vinyl silicone oil
  • Organic polysilazane
  • Inorganic polysilazane
  • Foam silicone rubber
  • Hexamethyl disilazane

All these silicone fluids meet a wide variety of needs in applications ranging from electronics, transport machinery, office appliances, cosmetics, and textiles. KCC Basildon is an award-winning company for the development of high-quality silicone liquid products as they are also certified by ISO and facilitate their clients with 100% pure silicone fluids.

silicone oil manufacturers

 


  1. Hoshine Silicon Industry Co. Ltd.

Hoshine Silicon Industry Co. Ltd is located in China. This group is manufacturing silicone oil and does chemical operations for fertilizers. Hoshine Silicon Industry is the leading group in the organic silicon manufacturing industry. This manufacturing group is developing silicone fluid chemical to facilitate the chemical and fertilizer industry with its silicone performance solutions. Team of Hoshine Silicon Industry is a group of professionals that use its professional skills to create silicone fluid for different chemical industries and provide outstanding products. After production Hoshine Silicon Industry delivering its silicone fluid chemical to Cover textiles and leather, Food and beverages, paints, Oil and natural gas, Cosmetics, Electronics, Aerospace, Automotive, Construction, medical care, Casting, personal care, Agriculture, LED lights and devices manufacturing industries. Hoshine Silicon company also has annual contracts with these industries to deliver its valuable products.

Guarantee of high-quality Hoshine Silicon Industry products

Main focus of Hoshine Silicon Industry is on its reputation for product quality and customer relationships. transporting high-quality silicone fluid chemicals to the whole industry.

For the development and invention of new silicone oil products Hoshine Silicon Industry also working with many universities and research institutes in Nanjing and implements a strict and complete quality control system that guarantees to its clients of high-quality products and develop custom products on clients’ demand.

Silicone oil products manufactured by Hoshine Silicon Industry

Prices of Hoshine Silicon Industry products are affordable and according to international standards. The products of Hoshine Silicon Industry are listed below as follows:

  • Phenyl silicone
  • Diffusion pump oil
  • Methyl silicone oil
  • Amino silicone oil
  • Hydroxy silicone oil
  • Vinyl silicone oil
  • Organic polysilazane
  • Inorganic polysilazane
  • Foam silicone rubber
  • Hexamethyl disilazane

  1. WYNCA TINYO SILICONE CO., LTD

Wynca Tinyo Silicone Co., Ltd is located in Jiande City, Zhejiang Province and is famous for manufacturing silicone fluids. High-quality silicone oil production and talented team performance include its name in the list of top-rated silicone fluid chemical manufacturing solutions. Wynca Group ready silicone-based heat transfer fluids that are used in high oxidation applications and exposed systems.

Silicone oil products manufactured by Wynca Group delivering to the oil and gas, chemical, pharmaceutical, food, solar, biofuel, laundry, lamination, and distillation industries. It has qualified experts and professionals in the manufacturing and sales department. They handle all the clients’ issues and respond to them within time. Marketing experts of Wynca Group politely behave with the clients and facilitate them with features and uses of its high-quality products.

Features and benefits of silicone fluid products prepared by Wynca Group 

This silicone oil manufacturing company is supplying its client’s silicone fluid products that silicone elastomers, silicone fluids, silicone emulsions, silicone anti-foams, silicone adhesive sealants, and silicone coatings. Silicone chemical fluids products developed by Wynca Group have volatility, spread ability, and lubricity. The benefits of its silicone fluids are listed below as follows:

Compatible with many organic compounds

  • Low viscosity
  • The oily residue is zero
  • Improves efficacy of antiperspirants
  • Dry non-greasy feel & improves wet combing
  • Flexibility in formulating cosmetic products is greater
  • Rapidly start coating and complete it during particle treatment

 


  1. Hubei Xingfa Chemicals Group Co, Ltd

Hubei Xingfa Chemicals Group is manufacturing and distributing silicone oils and supplies its silicone fluids all over the world. It’s the largest company in China for chemical production and Hubei Xingfa Chemicals Group has 25+ years of experience in search and development and its team is a group of Ph.D. chemists and engineers. Xingfa provides global services to its valuable customers with oversea platforms.

The top list of products that Xingfa is transporting to its valuable clients is silicone elastomers, silicone fluids, silicone emulsions, silicone antifoams, silicone adhesive sealants, and silicone coatings. Silicone chemical fluids products that Xingfa is supplying have volatility, spread ability, and lubricity properties. Xingfa has silicone and dry film lubricating oils, heat sink compounds, thermal interface compounds, and transistor silicone lubricant grease. All these products are delivered in cans, pails, and bottles and have resistant to abrasion, wear, oxidation, water, bacteria, and fungi. Xingfa provide a defense to their staff, transportation, power, consumer products, and delivery on time.

Silicone oil Products of Hubei Xingfa Chemicals Group

  • Vinyl Silicone Oil
  • Methyl Hydrogen Silicone Fluid
  • Methyl Trichloro siliane (M1)
  • Trimethyl Chlorosilane (TMCS)
  • Hexamethyl Disiloxane( HMDSO / HMDO)
  • Hexamethyl Cyclotrisiloxane (D3)
  • Fumed Silica
  • Hydroxyl Silicone Oil
  • Dimethyl Silicone Oil
  • Dimethyl Dichlorosilane (M2)
  • Tetravinyl Tetramethyl Cyelo Tetrasiloxane (VMC)
  • Dimethyl Siloxane Cyclics Misture (DMC)

Hubei Xingfa Chemicals Group Services

  • Quick and efficient shipping
  • Free lifetime fluid analysis for clients
  • Expert technical support team provide guideline help to customer and workers
  • System troubleshooting

 


  1. Zhejiang Runhe Silicone New Materials Co., Ltd.

Zhejiang Runhe Silicone New Materials Co., Ltd. is manufacturing silicone fluids oils for international industrial needs and it is located in the Moganshan High-tech Industrial Development Zone, Huzhou, Zhejiang Province. It is a national high-tech enterprise for developing silicone fluids that have superb thermo-oxidative stability and chemical resistance. Zhejiang Runhe company is famous for transporting basic fluid chemicals for many industrial fields are heat transfer media, hydraulic fluids chemicals, liquid dielectrics chemicals, water repellents, polish ingredients, mold release agents, lubricants, antifoams, damping fluids, and slipping acids. The Zhejiang Runhe have been developed to be completely top-off compatible with their corresponding OEM compressor fluid.

  • Excellent oxidation firmness
  • High viscosity index
  • High flash and auto-ignition points
  • Very low volatility
  • Extremely high film strength
  • Excellent coolant properties
  • Excellent dispersant properties
  • Long fluid life
  • Excellent rust control
  • Carbon and varnish control
  • Less maintenance costs
  • Minimum downtime
  • Reduced lubricant consumption

 


  1. Tangshan Sanyou Group Xingda Chemical Fibre Co.Ltd

Tangshan Sanyou Group is a silicone oil manufacturing company is located in Caofeidian new district, Tangshan, Hebei Province, China. The Tangshan Sanyou Group distributing its chemical products that are straight cutting and grinding oils and fluids including biostable, soluble oils, semi-synthetic, and synthetics. Top-ranked Tangshan Sanyou Group specially prepares rust preventatives, and water-soluble cleaners for parts, machinery, floors, and equipment oil. Lubricants developed by Tangshan Sanyou Group are hydraulic, way lube, gear motor oils, and greases. Tangshan Sanyou Group manufactures chemical products to fulfill industrial needs for metalworking fluids designed for drawing, cutting, grinding, turning, sawing, tapping, and other operations.

Benefits of Tangshan Sanyou Group Silicone oil fluids

It manufactures superb Industrial-strength cleaners for every cleaning work to guarantee you that machinery parts are residue-free and ready for extra coatings. Rust preventatives of Tangshan Sanyou Group preserve machinery finished parts longer and provide cost savings to producers. Its high-quality lubricants of Tangshan Sanyou Group improve the efficiency of your equipment. Silicone fluid oil of Tangshan Sanyou Group improves your production processes.

 


  1. Siltech Corporation

Siltech Corporation has two plants that are located in Toronto and Mississauga, Canada. It is a well-known for the manufacturing of silicone oils, industrial chemicals, and lubricants. In the list of silicone fluids manufacturers Siltech has been gaining a high rank and entertaining several regular customers for many years. Silicone oils of Siltech are non-toxic, non-staining, odorless, and rust or waterproof. The best thing of Siltech that is it has assigned a contract for transporting silicone fluids globally for refrigeration equipment, plastic, and rubber mold, door, window, lock, guide, rail, conveyor, stamping die, aircraft and construction equipment application.

Siltech Corporation Manufacturing Products

As Siltech Corporation is manufacturing silicone fluid oil products that used in many markets. It has been developing silicone fluids with the help of their qualified and expert chemical engineers’ team listed below as follows:

  • Absorbents
  • Automotive Products
  • Chemicals
  • Custom Blended Fluids
  • Greases
  • Industrial Cleaners
  • Industrial Lubricants
  • Metalworking Fluids
  • Rust Preventatives
  • Specialty Lubricants

Siltech Corporation is developing series of silicone fluid that are known as polydimethylsiloxanes are listed below as follows:

  • Siltech F-50
  • Siltech F-100
  • Siltech F-200
  • Siltech F-350
  • Siltech F-500
  • Siltech F-1,000
  • Siltech F-10,000
  • Siltech F-12,500
  • Siltech F-60,000
  • Siltech F-100,000
  • Siltech S-701
  • Siltech CF-954
  • Siltech CF-955

All these products of Siltech Corporation are very effective, inert and exhibit low surface tensions, low toxicity, and good thermal stability.

Distributive and suppliers of Siltech Corporation

It hires international distributors and wholesale suppliers to deliver its high-quality products to customers through online platforms. Some top list wholesale suppliers of Siltech Corporation products are listed here.

  • Barnes Group
  • W. Grainger
  • Fastenal
  • Ferguson Enterprise
  • McJunkin, Winzer
  • Motion Industries.

 


  1. CHT Group

CHT Group is the biggest company for the manufacturing of silicone oils. CHT is building up its position as a global developer of specialty silicone fluids and its laboratories in Germany, Austria, United Kingdom, Italy, North America and China. It has partnership of these companies that are listed below as follow:

  • ICM silicones Group
  • Quantum Silicones
  • ACC Silicones
  • ICM Products
  • Amber Silicones
  • Treco SRL

Types of silicone oil manufactured by CHT Group with various valuable features are synthetic, food-grade, high and low-temperature heat transfer fluids. Its silicone fluids products are most demanding and many industries want to contract with its due to its high-quality products, well-mannered and professional staff behavior, and affordable price plans. Now it is providing its silicone oil products to asphalt paving, biodiesel, chemical processing, engineered wood, gas processing, industrial laundry, plastics, poultry and meat, and solar energy industries.

CHT Group customer services

  • CHT Group has a good reputation for customer services and logistics. The CHT Group facilitate its clients to keep applications up and running and upgrade their equipment.
  • Streamlined its shipment and delivery process.
  • Always keep all silicone fluid products in ready stock.
  • As it gets an order, they ship it the same day.

The CHT Group always ready to take emergency calls on evenings and weekends, and also have logistics set up to ship silicone fluids for urgent circumstances.

 

  1. BRB International B.V.

Manufacturer of silicone oils and an industrial chemical company called BRB International B.V. It is located in the south of the Netherlands to serve Western Europe and other parts of the world with silicone oils.  BRB is an international chemical expert in full turnkey contract manufacturing and packaging services for specialty formulas on a huge scale for industries. Silicone fluid oil of BRB international B.V is used as lubricants & rust preventives. Silicone products of BRB international B.V have capabilities that are compounding, blending, induction sealing, private labeling, decorating, hand assembly, automatic carton filling & warehousing & distribution. Services of BRB international B.V are Liquid & semi-solid filling, tube filling, grease cartridge filling & packaging. BRB international have a reputation for delivering competitively priced, high-quality silicone oil products to its repeat customers. The BRB international B.V is always available for its clients to meet and understand their requirements. Its high-quality lubricants protect and improve the efficiency of your machinery. Silicone fluid oil of BRB international B.V increases the chemical production of processes.

Top Products of BRB International BV

BRB International BV, is a developer of specialty silicones that are

  • Emulsions
  • Antifoams
  • water repellants
  • Elastomers
  • Lubricants
  • Silanes
  • Resins
  • silicone polyethers
  • Dimethicone & cyclomethicone blends
  • Cross polymers

 


  1. Clearco Products

Clearco Products is a chemical manufacturing company that is in the US. It has gained a great market value for the manufacturing of silicone fluids. It developed silicone-based spray fluids with hydrocarbon propellant that are used as lubricant oils. Specifications and features of its lubrication oils are listed below:

  • Specific gravity: 0.78
  • Viscosity maximum: 100 centipoises
  • Non-staining
  • Low odor

Lubricant oils of Clearco Products

lubricant oils of Clearco Products are best for vending, dry cleaning, molding equipment, lock mechanisms, and food packaging and processing machinery. The Clearco Products deliver its products to food and beverage, chemical, agriculture, paper products, and rubber and plastic industries in large quantities.

A series of silicone fluids developed by Clearco Products are listed below as follow:

  • PDMS Silicone Fluids
  • Silicone Lubricants
  • Silicone Bath Fluids
  • Silicone Heat Transfer Fluids
  • Dielectric Silicone Fluids
  • Silicone Damping Fluids.

How Clearco Products Helpful to its Customers

The Clearco Products team will work closely with clients to learn about their specific equipment and lubrication requirements. It also helps its clients to develop an effective lubrication reliability program that will offer equipment protection and increased profits. It famous for its professional engineers and marketing staff and they guide the clients and provide a detailed report on suitable lubricants, application methods, usage of amounts, and drain or lube intervals.

 

 

 

Silicone oils by Hangzhou Hengyi Technology

Silicone oil is trending all over the world due to its unique properties, as already discussed above. Although all these companies are doing their best to provide the best quality silicone oil products.  Hangzhou Hengyi Technology which it is working for the last 11 years in chemical production. Hangzhou Hengyi is a group of experienced & professional chemical engineers and they are knowledgeable people in the manufacturing of silicone oil with up-to-date equipment and laboratories. It’s the best place to buy silicone oil for the development of new products and other industrial uses. Hangzhou Hengyi’s high-quality silicone oil products are listed below:

  • Agricultural Silicone Adjuvant
  • Caprylyl Silicone Oil
  • Volatile Silicone Oil
  • Silicone Leveling Agent
  • Silicone Defoamers
  • Silicone oil Silicone Fluid

If you want to place order for silicone oil products then click here and select your desire product. It will deliver it within business 15-20 days with new drum packing or IBC tank. The Hangzhou Hengyi company ship it all over the world because it has contracted with shipment companies and buy annual packages for fast delivery.  Prices of its products are very competitive as compare to its high quality.

 

Thank you for visiting my blog. I hope you have got your point. For more information about chemical and silicone fluids visit other pages of https://www.hengyitek.com/.

Linear Silicone Fluids

Basic Properties of Linear Silicone Fluids and its uses

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What are linear silicone fluids? 

Linear Silicone fluid compounds consist of spiral chains and can easily float and flow over one another compound. 

Linear silicone fluids are odorless, nontoxic, and fireproof. 

Linear Silicone fluids have extraordinary thermal stability. 

These fluids flow at the highest temperatures. 

Linear silicone oils have lubricant properties. 

Molecular structure of silicone oil: 

 

Linear Silicone Fluids

The linear Silicone oil have of groups of siloxane polymers that is combined from chain of silicone and oxygen atoms. This chain is the repetition of silicone, oxygen, and carbon atoms. Linear silicone fluids have many various methyl groups, amino groups that are functional and several thousand units. For the reaction of the siloxane polymers with another mineral by replacing the methyl group with phenyl group. To integrate the siloxane polymers into several types of organic polymers add some reactive organic compounds and this process will give unique properties to this liquid as compared to organic polymers.  

Properties of linear Silicone fluids by Hangzhou Hengyi Technology Co.,ltd 

Linear Silicone Fluids

Hangzhou Hengyi is supplying silicone fluids on large scale. This chemical company offers silicone fluids with these properties that are listed below as follows:  

Viscosity of Silicone fluids: The viscosity of clear silicone fluid offered   by Hangzhou Hengyi is from 1cst to 1,000,000cst.  

Molecular weight: The molecular weight of silicone fluid made by Hangzhou Hengyi depends on the degree of polymerization. 

Thermal Conductivity of Silicone Oils: Surface tension is comparatively exceptionally low, and all silicone fluid compounds of Hangzhou Hengyi have low thermal conductivity. It stays unchanged even at the elevated temperatures 

Waterproofing agents: Its silicone oils have excellent water resistance and that is why they are highly in demand all over the world. 

Damping resistance in Silicone oils: Damping resistance is strong in Hengyi silicone oils. 

Insulation Properties: Silicone oils of Hengyi have outstanding insulation and heat resistance properties. Silicone oils have superb di- electric properties. Silicon oils absorb moisture used in di electric breakdown. Silicone fluids are used in transformer oil. Also used as capacitors oil in electric appliances. 

Vapor points of Silicone fluids: The vapor points of Hengyi Silicone oils are extremely high and frozen points are all time low.  

Boiling Points of Silicone fluids: The working temperature range of silicone fluids is -50℃ to 200℃. 

Compressibility of silicone fluids: The linear silicone fluid has extraordinarily high compressibility and cannot be compressed easily during pressurization. The compressibility of silicone fluids is much higher as compared to petroleum-based heat resistant oils and mock lubricants, that’s why silicone fluids are used as damper oil. 

Solubility of silicone oils with other solute or solution: Silicone fluid is exceedingly soluble with these solvents that are listed below as follow:Toluene, Xylene, Ligroin Mineral spirits,  Chlorinated hydrocarbons

Uses of Linear Silicone fluid: 

 Linear silicone fluids, due to their many benefits, are used in several industries. Here is the list of linear silicone fluids are listed below as follows: 

Uses of Silicone oil in Automobile Industry 

Silicone fluids are widely used in the automobile industry and industrialists take lots of benefits from it. Silicon fluids are used in clutch assemblies of electric cooling fans. Linear silicone fluids are also used in shock absorbers, dashpots oil, hydraulic fluids of planes, and for damping systems that are specially designed for maximum temperature processes. 

Use of Silicone fluids in Wood Working and Construction 

Construction and wood products are the main basic elements of our lifestyle. Silicone oil is used as silicone lubricant sprays during construction and to keep the wood tools safe for a long time. Silicone lubricants are in the form of oils used to keep the greasiness of the construction tools in elevated temperatures. Silicone lubricant oils are waterproof, nonreactive oils and never oxidize the tools. 

Use of silicone oil in Cosmetics 

Silicone oils play a key role in the cosmetics industry. Silicone oils are inactive, light transmission, ultraviolet resistance to sunlight and transparent. Its molecules have weak forces of attraction. It is skin friendly because these are non-toxic, and non-irritating oils. Cosmetic manufacturing companies use silicone oils as emulsifiers. It helps other products to combine with cosmetic products. As it has strong compatibility with other cosmetic materials. Silicone oil is used in facial masks to supply protection to the human face and save it from adverse effects of other chemical products. Linear silicone fluids luster and brighten the human skin. The most demanding products silicone oils that are used in manufacturing of skin care and hair care products are listed below as follow: 

  • Polydisiloxane 
  • Poly methyl phenyl siloxane 
  • Poly dimethyl cyclo siloxane 
  • Silicone glycol copolymer 
  •  Amine group Modified silicone oil 
  • Poly siloxane protein copolymer  
  • Methyl chloride-containing silicone oil 
  •  Emulsified silicone oil  

 

Uses of linear silicone fluids in medical industry

Silicone fluids have effective use in the medical industry. During eye operations and treatment silicone fluids are used due to purity of the oil. 

 Linear Silicone oil is used in the preparation of medicine that is used in stomach diseases. Silicone oil is beneficial for human digestive system to get relief from gas. 

During the manufacturing of skin care products (skin care creams) and medicine. Silicone fluids prevents face skin from drying and creates a protective breathable layer across the face skin. For the treatment of skin diseases, for example burning parts of the body silicone oil is used in the manufacturing of pharmaceutical creams. 

Uses of Silicone oil in Cooking 

As silicone oils have defoaming and anti-foaming properties. Chefs use it in a less amount while frying food to save it from foaming and splashing. It never changes the taste of the food and never creates a smell in the food. 

Use of silicone oil in Textile industry 

In the textile industry the demand for silicone oil is increasing day by day due to its effective use in manufacturing clothes. Silicone oils make the fabric softer and shiny. The linear silicone fluids used as

  • Lubricants 
  • Finishing 
  • Waterproofing 
  • Flame retardants 
  • Antistatic  

Agents in both textile and garments industry. It increases the quality and stability of clothes. The industrialists have saved fabrics for a long time with the use of silicone oils. Hangzhou Hengyi has contracted with textile industries for supplying silicone fluids in copious quantities that are used in printing, coating, and designing. 

Silicone oils used in Aircrafts and Aerospace Satellites: 

Silicone oil has anti-shear properties, that is why it is widely used in planes as hydraulic oil, lubricants, heat transfer oil and Aerospace Satellites industry. 

Silicone oils used in cooling machines: 

Silicone oil is used in cooling devices such as refrigerants. Silicone oil is also used in laboratories for heating baths. 

Uses of silicone oil in paints 

Use silicone oil while painting the walls and machinery products. This will make the paint waterproof and heat resistant. The paint will stay longer on the walls and seasonal circumstances do not affect the paints. A less quantity of silicone oil in paints will make the color shiny and attractive. It will increase the stability of the paints. 

Precautions to use silicone oil on industrial level

Silicone oils are used and manufactured in industries daily on a large scale. During the manufacturing of silicone oil on industrial level the workers should follow these precautions that are listed below as follow: 

  •  Avoid standing with uncovered Containers while heating: Cover the Containers and avoid overheating. Overheating builds high pressure and causes cracking of the containers. Vapors of the fluids mixed with air and make explosive material in the air. This will affect the air and taking breathe in that environment is harmful for the workers. Please keep the container tightly closed during high pressures and temperature. 
  • Do not directly use silicone fluids: Do not use silicone spray directly on flame. Keep away the fluids from sunlight, hot surfaces, and open flame. 
  • Educate your staff for the use of silicone fluids: Trained the staff first before sending him to the manufacturing environment place. Wear safe clothes before going to the production place of silicone oil. Please do not send an affected person to that place. If the person is affected, then takeout him from the manufacturing area and change his clothes. If his breathing is difficult then provide him with oxygen to breathe and recover quickly.  
  • Wear a working dress before using silicone fluids: Be dressed in breathing apparatus and suitable protective outfit. Wear Firefighter’s dress to protect yourself from this type of situation. Wear glasses to protect your eyes. Wash the working outfits after using it.  

How Hengyi Tek is important for all the Chemical Producing Industries? 

To meet the needs of your industries for silicone fluids and other chemical products you can contact Hengyi Tek . Hengyi Tek chemical group is giving quality assurance to their clients. They use modern technology to produce silicone fluids and deliver them all over the world and have excellent reviews from their satisfied clients. Here I am talking about silicone fluids that are available on Hengyi Tek website with different variations. Here are some the silicone fluids products with their follow: 

What is use of Agricultural silicone spreading and penetrating agent? 

 Agricultural silicone spreading and penetrating agent is used to reduce the amount of pesticide and improve efficiency. 

What is the importance of silicone spreading and penetrating agent?

 silicone spreading and penetrating agent is used to increase the uptake and lessen the amount of the spraying agent. 

Where is volatile silicone oil used? 

volatile silicone oil used volatile carrier in personal care products, air freshener and antiperspirants.

What is the purpose of Silicon spreading and penetrating agent?

Silicon spreading and penetrating agent is used to lower the water surface tension. 

For which industry Silicone defoamer is beneficial? 

Silicone defoamer is used in the textile and paper industry for dyeing paper and polyester at elevated temperatures. 

What to do Silicone Leveling Agent in Paints? 

Silicone Leveling Agent is used in UV paint and coating solvent to increase fluidity and smoothness of paints. 

What is the use of Caprylyl Silicone Oil? 

Caprylyl Silicone Oil is used in cosmetic industry, skin care products, hair treatment products, deodorant, scent, antiperspirant, and sunscreen. 

 

  

 

 

  

silicone-oil-preparation

How to Use Silicone Oil? Different Uses Explained

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Imagine a substance having usage ranging from medicine to aviation. This might seem skeptical but there is one chemical that has established its place in such a wide range. Yes, you guessed it right. It’s none other than silicone oil. Some of you might not have heard of this industrially essential chemical, so we’ll take some time to understand what silicone oil is and how to use it in various Industries.

You might be focusing on the word oil more than silicone but on the macro level, this might not feel like true oil so sometimes it is also referred to as silicone fluid. These are interchangeable terms.

silicone-oil-preparation

Most commonly used silicone oils are polymers of silicone where there is oxygen on alternative positions. This linear chain is maintained in a spiral position which makes it easy for the molecule to move over each other and this gives it an oily look. Silicone oils are stable to degradation by high temperatures. The main form which exists is Poly Dimethyl siloxane. Like this polymer form, other organic groups such as phenyl, vinyl amino acid, and epoxide can also be added to siloxane groups to create polymers that have different characteristics than their counterparts or other polymers.

Structure of Silicone Oil:

Silicone oil has a backbone of silicon and oxygen which are placed in alternative positions. Silicone present on these alternating positions in the linear chain also carries two carbon groups methyl, phenyl, and other amino acid groups. Different groups bring a different kinds of characteristics and reactivity.

If we add different organic groups to these Silicone atoms, we can attain silicone oils that can be integrated into two different compounds at the same time.

What are the characteristics of Silicone Oil?

Silicone oils exhibit very stable characteristics which are described below:

Viscosity:

Different Silicone oils exhibit different viscosities, but all of these viscosities remain constant over a range of different temperatures. The viscosities of different silicone oils range from 0.7 to 2,000,000 cs.

Thermal Stability:

Silicone oils are very stable and virtually show no change until the temperature of 250°C. This particular stability is due to the chemical bonding between silicon and oxygen in the linear chain.

Low Surface Tention:

Silicone oil molecules can easily slide over each other which gives them the liberty to move smoothly and thus have a lower surface tension which is accompanied by high compressibility.

Other properties:

Silicone oils are known to have higher dielectric strength which allows them to be used in several industries. Silicone oil can also bear heavy pressure and they are also resistant to hydrolysis and oxidation.

Applications of Silicone Oil:

Silicone oil is used in many different industries and products. The most common form of silicone oil is Polydimethyl Siloxane. This is used in many products such as:

  1. Hydraulic Break Fluids
  2. Damping Fluids
  3. Dielectric fluids
  4. Heating and Cooling fluids.
  5. Paint products

Now that we have established the base knowledge about silicone oil. Let’s discuss how we can practically use it for different applications in our daily life.

How to use Silicone oil in Lubricant?

Silicone oil is commonly used as a lubricant in a variety of industrial and household applications due to its low surface tension and chemical stability. It is often used as a lubricant for high-temperature applications, as it has a high flash point and does not break down under heat exposure. Additionally, silicone oil is often used in food-grade applications due to its non-toxicity and resistance to chemical degradation. Some common uses of silicone oil as a lubricant include:

Lubricating moving parts in machinery, such as gears, bearings, and conveyor systems.

Lubricating plastic and rubber parts to prevent sticking and wear.

Lubricating door hinges, locks, and other household items.

As a release agent in the manufacturing of molded plastic parts and rubber products.

As a lubricant for medical devices, such as catheters and syringes.

Overall, silicone oil is a great lubricant that provides excellent performance in a wide range of applications, making it a popular choice for manufacturers and consumers alike.

How to use Silicone oil in textiles?

Silicone oil is a commonly used finishing agent in the textile industry. It is applied to textiles to improve the fabric’s softness, drape, and durability, as well as to resist water and stains. The following steps outline how to use silicone oil in textiles:

Preparation: Before applying silicone oil, the fabric must be cleaned and dried thoroughly. Any residue from previous treatments or finishes must be removed to ensure even application and maximum benefits from the silicone oil.

Mixing: Silicone oil is usually supplied in concentrated form, so it must be diluted with a solvent to the desired concentration for use. Mix the silicone oil and solvent in a container, following the manufacturer’s recommended proportions.

Drying and Curing: After applying the silicone oil, the fabric must be dried and cured. This process allows the solvent to evaporate and the silicone oil to bond with the fibers. The drying and curing temperature and time will depend on the type of solvent used, the concentration of the silicone oil, and the type of fabric.

Finishing: Once the fabric is dried and cured, it can be processed through a finishing machine to improve its appearance, softness, and hand. This may include heat-setting, calendaring, or other processes to enhance the fabric’s properties.

textile-silicone-oil-fabric

By following these steps, silicone oil can be successfully used to improve the performance and appearance of textiles. It is important to follow the manufacturer’s recommendations for dilution, application, and processing to ensure optimal results.

How to use Silicone oil as a defoaming agent?

Silicone oil is commonly used as a defoaming agent in various industrial processes, including the food and beverage, chemical, and pharmaceutical industries. The following steps outline how to use silicone oil as a defoaming agent:

Preparation: The first step is to prepare the system in which the defoaming agent will be used. This typically involves ensuring that the system is free from any foreign particles or impurities that may interfere with the effectiveness of the silicone oil.

Dosing: Once the system is prepared, the silicone oil must be accurately dosed into the system. The amount of silicone oil required will depend on the size and nature of the system, as well as the type and amount of foam generated. It is recommended to start with a small amount of silicone oil and gradually increase the dose until the desired effect is achieved.

Injection: The silicone oil must be injected into the system in a manner that ensures it is effectively dispersed and has maximum contact with the foam. This may involve using a specialized injector or adding silicone oil directly to the system.

Observation: After injecting the silicone oil, it is important to monitor the system for any changes in the amount of foam being generated. If the foam is not effectively reduced, additional doses of silicone oil may be required.

Maintenance: Silicone oil is a highly effective defoaming agent, but it is important to maintain the system and ensure that it continues to perform optimally. This may involve regular cleaning and maintenance, as well as monitoring for any changes in foam generation.

By following these steps, silicone oil can be effectively used as a defoaming agent in various industrial processes. It is important to carefully follow the manufacturer’s recommendations for dosing, injection, and maintenance to ensure optimal results.

How to use Silicone oil in the automobile industry?

Silicone oil is a versatile product that can be used in various ways in the automobile industry. Here are some of the most common applications:

Lubrication: Silicone oil can be used as a lubricant in automobile engines and other moving parts, where it provides long-lasting protection against friction and wear.

Engine Cleaner: Silicone oil can be used to clean engines, which helps to remove built-up grime and debris, improving engine performance and efficiency.

Engine Sealant: Silicone oil can be used to seal engine components and prevent leaks, preserving the engine’s efficiency and performance.

Car Care: Silicone oil can be used as a protectant for various automotive surfaces, including rubber, vinyl, and plastic. It provides a protective barrier against UV rays, moisture, and other environmental elements, helping to preserve the appearance and longevity of the vehicle.

Brake Fluid: Silicone oil can be used as a brake fluid in automotive braking systems, where its low compressibility and high stability provide consistent and reliable performance.

Radiator Coolant: Silicone oil can be used as a coolant in automobile radiators, where it provides efficient heat transfer and improved engine cooling.

Rubber and Plastic Conditioner: Silicone oil can be used to condition rubber and plastic parts in automobiles, helping to extend their lifespan and improve their appearance.

automobile-industry

In conclusion, silicone oil is a versatile product that can be used in various applications in the automobile industry to improve performance, efficiency, and longevity. When using silicone oil in automotive applications, it is important to choose the right grade and type of silicone oil for the specific application and to follow the manufacturer’s recommendations for use and handling.

Usage of Silicone oil in release agents:

Silicone oil is a common ingredient in release agents, which are substances used to prevent adhesion between surfaces. Here are the steps to use silicone oil as a release agent:

Clean the Surface: Clean the surface that you want to prevent adhesion, removing any dirt, grease, or oil.

Apply Silicone Oil: Apply a thin, even layer of silicone oil to the surface using a brush, roller, or spray bottle. Make sure to cover the entire surface evenly.

Wait for Drying: Allow the silicone oil to dry completely, which usually takes several minutes to an hour, depending on the thickness of the layer and the ambient conditions.

Use the Surface: Once the silicone oil is dry, you can use the surface as needed. The silicone oil will act as a barrier, preventing adhesion between the surface and any other material.

Reapply as Needed: Reapply the silicone oil as needed, especially if the surface becomes dirty or contaminated.

Silicone oil is often preferred over other release agents due to its non-toxic, non-reactive, and non-staining properties, making it safe for use on a wide range of materials, including food contact surfaces. Additionally, silicone oil does not evaporate or break down over time, providing long-lasting protection against adhesion. When using silicone oil as a release agent, it is important to choose the right grade and type of silicone oil for the specific application and to follow the manufacturer’s recommendations for use and handling.

How to use Silicone Oil for Cooking?

Silicone oil is a popular ingredient in cooking due to its non-stick properties and high heat resistance. Here are the steps to use silicone oil in cooking:

Choose the Right Type of Silicone Oil: There are different types of silicone oil available, including refined, high-oleic, and food-grade silicone oil. Choose the right type of silicone oil for your cooking needs, taking into account the temperature and type of cooking involved.

Apply Silicone Oil to Cookware: Apply a small amount of silicone oil to your cookware, such as a baking sheet or a frying pan, using a brush or a spray bottle. Make sure to cover the entire surface evenly.

Heat the Cookware: Heat the cookware to the desired temperature, allowing the silicone oil to warm up and coat the surface.

Cook Your Food: Place your food in the cookware and cook as desired, taking advantage of the non-stick properties of the silicone oil.

Clean the Cookware: After cooking, let the cookware cool down before washing it with warm soapy water. Silicone oil is resistant to heat and can withstand high temperatures, making it easy to clean and maintain.

cooking-using-silicone-spray

When using silicone oil in cooking, it is important to keep in mind that it has a neutral taste and does not affect the flavor of your food. Additionally, silicone oil is non-reactive, making it safe for use with a wide range of food products. When using silicone oil in cooking, it is important to choose the right type of silicone oil for the specific application and to follow the manufacturer’s recommendations for use and handling.

How to Use Silicone oils in acrylic paints?

The beauty of acrylic pouring increases with the number of cells being created primarily by the difference in the density of both paints. Silicone oil is the basic component in creating these cells.

automobile-industry

Let’s discuss the step-by-step process of how to create cells in an acrylic painting using silicone oil.

Identifying the right Acrylic Paint:

There are two types of acrylic paints, those which do not need additional water and therefore their viscosity can’t be changed and those which require the addition of water, and their viscosities are dependent upon the amount of water added in them.

After selecting what kind of acrylic paint, you are going to use put both these in two separate jars.

Selection of the Pouring Medium:

Pouring medium adds flow and smooth texture to the acrylic paints being used in painting. Pouring medium helps to maintain the viscosity and dilute the paints at the same time.

Add the pouring medium to both of the above-mentioned jars and then mix the pouring medium with acrylic paints separately, note that the amount of pouring medium should be slightly more than the number of acrylic paints.

Addition of Silicone Oil:

After mixing the pouring medium and paint, add 2 drops of silicone oil for 10 ml of acrylic paint and let the mixture blend by slightly moving the mixer stick.

Pouring and Heating:

You are not going to let the acrylic paints sit idle in the jar, it must be poured onto a flat surface such as a paper canvas or any other flat surface, and make sure to cover all of the space on the canvas.

After pouring the paint mixture on the surface, we should dry the paint using a heat gun. As soon as heat is applied, the cells will start to pop up in the painting and you’ll get the desired results.

Usage of Silicone Oil in Agricultural adjuvants

Silicone oil is used in agricultural sprays containing pesticides, herbicides, insecticides, and fungicides and it helps these to perform better (synergistic effect)

How does silicone oil act as a synergist to agricultural sprays?

For a chemical spray to be more effective and efficient, it needs to cover the surface of the plant better but that is not easy for these pesticides or herbicides as there is a difference in surface tensions between the plant and spray droplets.

Nearly 99% percent of the spray will not reach its target if used without adjuvants. To counter this problem, silicone oil comes into play. The maximum leaf surface can only be covered only when the surface tension problem is solved.

Higher surface tension means the spray droplets are in lesser contact with the surface of the leaf, on the other hand, lower surface tension means flatter droplets and better coverage of leaf surface area.

As silicone oil possesses lower surface tension and is chemically stable, the addition of Silicone oil will collectively lower the surface tension of agricultural sprays and increase its availability, and enhance efficiency.

 

Use of Silicone Oil in the cosmetics industry:

Silicone oil is widely used in cosmetics as a moisturizing and conditioning ingredient. Here’s how it’s used in different cosmetics products:

Moisturizers: Silicone oil is added to creams and lotions to improve their moisturizing properties. It helps to form a barrier on the skin to lock in moisture, leaving the skin feeling soft and smooth.

Hair care products: Silicone oil is commonly used in hair care products like conditioners, serums, and hair oils. It helps to detangle hair, reduce frizz, and provide a glossy, smooth finish.

Makeup products: Silicone oil is added to some makeup products, like foundation and primer, to improve their texture and spreadability. It can also help to fill in fine lines and wrinkles, making the skin appear smoother.

Sunscreens: Silicone oil can be used as a base ingredient in sunscreens. It helps to spread the sunscreen evenly and prevent it from leaving a sticky or greasy residue on the skin.

When using silicone oil in cosmetics, it is important to keep in mind the type of silicone oil used, as different types have different properties. For example, Cyclopentasiloxane is a lightweight and non-greasy silicone oil that is commonly used in skincare products, while dimethicone is a heavier silicone oil that is more commonly used in hair care products.

It is also important to be mindful of the concentration of silicone oil in the product. While a small amount can provide benefits, using too much can leave the skin feeling greasy and congested.

 

In conclusion, silicone oil is a versatile ingredient that can be used in a variety of cosmetics products to improve their moisturizing, conditioning, and soothing properties. When used in moderation, it can provide many benefits for the skin and hair.

Silicone-oil-factory

How is Silicone Oil Manufactured? A detailed Overview.

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You might have heard the phrase “We are living in a plastic world” because plastic is everywhere, incorporated into almost every aspect of our lives. Here at Hengyi Tek, we have our phrase “We are living in a silicone world”, silicone has been an integral part of our daily chores such as using silicone chips in our computers and automotive vehicles. Silicone has an excellent reputation for its existence in various physical forms which gives it a headstart over its counterparts. Silicone exists in the solid state as the general public knows it. Silicone also exists in the gel-like material such as in silicone implants. The last known physical state of silicone to a common is liquid silicone which is often termed silicone oil or silicone fluid. Although it is not commonly known that silicone also exists in liquid form, the uses of silicone oil or silicone fluid are very crucial and are used in several industries.

You might be pondering about the manufacturing process of silicone oil, but before that, it is a must that we talk briefly about the uses of silicone oil and its properties. Silicone-oil-factory

 Let’s discuss the later part first, the properties of silicone oil:

Properties:

The linear structure of silicone fluids (polydimethylsiloxanes) is primarily responsible for all the beneficial properties exhibited by them.

High Molecular Weight:

It is one of the very few materials which maintains a liquid consistency at such high molecular weight making it useful.

Stable Viscosity-Temperature profile:

High molecular weight and the linear structure helps silicone oil maintain a constant or minor change in viscosity over a wide range of temperatures. This is one of the most important properties which makes it the best for various uses.

Thermal and Oxidative Stability:

Silicone oil is semi-inorganic which makes it somewhat resistant to thermal degradation and oxidative degradation. While organic fluids are particularly prone to both kinds of degradations.

Doesn’t absorb UV and X-Rays:

Silicone oil is also used in the medical and healthcare industry so this property of inability to absorb UV and X-rays comes in handy while being used in medical settings.

Low Surface Tension:

This property is of particular importance for its use in various industries.

Low Vapor Pressure.

Low Volatility.

High Flash and Ignition Point.

High Specific Resistance.

Water Insolubility.

Dielectric Properties.

Now that we have discussed the properties briefly, let’s move on to discuss the uses of silicone oil in brief:

Uses of Silicone fluid: 

The properties mentioned above provide silicone fluids with the liberty of usage in several industries. Silicone fluids are used as lubricants and release agents in their pure forms. The use of silicone oils as lubricants has been around for a while, especially in hydraulic aircraft engines. The food industry owes a bundle of thanks to silicone fluids as it is used as releasing agent in cooking sprays and for baking purposes. The textile industry has also seen a major boom in the use of silicone fluids for smooth touching in fabrics. The paint industry is also one of those reaping benefits from this magical fluid.

How to Manufacture Silicone oil?

Before diving into the exact process of how silicone fluids are made. We must develop an understanding of the structure of silicone and its various compounds. Commonly used Silicones are polymeric compounds of silicone having a silicone-oxygen chain with both of these at alternating positions (Si-O-Si), this alternating chain of silicon and oxygen atoms makes up the backbone of Silicone compounds.

Silicone-oil-in-glass-jar

Depending upon the extent to which a silicone compound can bear functional groups, they can be classified as monofunctional, difunctional, trifunctional, and tetrafunctional. The structural formulas for all of them are given below:

Monofunctional Silicone Compounds:

They are also known as end groups. The degree of Polycondensation and viscosity of the polymer depends upon the monofunctional group present in organo-poly siloxane which limits the chain length affecting these parameters.

Molecular Formula:                              R3SiO1/2

Starting Silane:                                     R3SiCl

Difunctional Silicone Compounds:

Difunctional functional groups tend to have a higher degree of molecular chains.

Molecular Formula:                                  R2SiO2/2 

Starting Silane:                                         R2SiCl2 

Trifunctional Silicone Compounds:

These often tend to produce 3-D structures which are cross-linked.

Molecular Formula:                                  RSiO3/2 

Starting Silane:                                         RSiCl3 

Tetrafunctional (Quaternary) Silicone Compounds:

Molecular Formula:                                  SiO4/2 

Starting Silane:                                         SiCl4 

Mono and difunctional silicone compounds are the primary components for linear chain silicone oils, so our discussion will be limited to these two.

Another categorization of organosilanes is based on the type of substituent (R) present in the structure of the silicone oil.

Dimethyl Siloxane: 

When methyl (CH3) is present as a substituent on two positions in a linear chain of siloxane, it is called dimethyl siloxane or dimethyl silicone oil. The majority of organosilanes have dimethyl silicone in their structure. Trimethylsilyl-terminated dimethylpolysiloxane is also a major contributor to organosilanes.

Some other types of methyl silane are considered important such as

Methylhydrogensiloxanes:

This type of silicone has hydrogen in place of one of the methyl groups present on the difunctional unit.

Phenymethylsilicone Fluids:

The methyl group present in the backbone of dimethyl silicone is replaced by phenyl groups. They tend to show somewhat different extents of properties

Different properties can be achieved by changing the proportion of phenyl to methyl groups present on the backbone of silicone oil structures.

There are a lot of modifications that can be incorporated into the alternating silicone oil backbone and there is a significant number of silicone oils that are produced each year.

Glycolfunctional Siloxanes are another modified silicone that is water soluble, their silicone backbone contains glycol chains consisting of ethylene oxide or polyepoxide.

The use of silicone oils in the aqueous environment depends upon what kind of bonding they have for silicone with adjacent atoms. Bonds can be formed between silicone, oxygen, and carbon such as Si-O-C, these types of bonds are subjected to hydrolysis, also the bonds can be formed between silicone and carbon such as Si-C, the best property exhibited by this type of linkage is that they are unsaponifiable.

The procedure for the production of Silicon Fluids/Silicone Oil: 

We have already stated that our focus in this article will be the production method or manufacturing method of dimethyl silicone oil as it is one of the basic and most important forms. 

There are a few basic reactions that take place in the production of dimethyl silicone fluids, these reactions are considered to be of fundamental importance in all organo-silicone compound chemistry.

Silicone-oil-manufacturing

Before going into details of all these fundamental reactions, let’s list them all:

‌Müller-Rochow Synthesis

‌Hydrolysis, Methanolysis, Condensation

‌Polymerization Reaction

‌Equilibration Reaction

Transesterification Reaction

Hydrosilylation Reaction

Direct Synthesis Reaction

Now Let’s discuss all of them in a little detail:

‌Müller-Rochow Synthesis

Methylchlorosilanes are produced with the help of this reaction. These are cheaper to produce in terms of finances. Silicone and methyl chloride (in gaseous form) are primarily required for the reaction. A high temperature of 260-320°C is required with the presence of copper as a catalyst. Reactions take place in a gas/solid state. The equation of the above-said reaction is shown below, and it leads to the production of dimethyldichlorosilane as follows:

Si + 2CH3CI → (CH3)2SiCl2

‌Hydrolysis,methanolysis, and Condensation.

These three steps take place after the synthesis of organocholosilanes. Hydrolysis and methanolysis generally take place before condensation; both have organocholosilanes as their targets. After hydrolysis and methanolysis, the next step is condensation which leads to silane production. During these three processes, the acid chloride of silicic acid reacts with water and methanol. Details of the reaction are given below in the following:

(CH3)2SiCI2+ 2H2O→(CH3)2Si (OH)2 +2HCI 

n(CH3)2Si(OH)2→HO一[(CH3)2SiO]n一H + (n一1) H2O

nSi + 2nCH3OH →rnHO一[(CH3)2SiOH]x一 f (n一rn)H20 

The above reaction depicts the condensation of dimethyl dichlorosilanes after hydrolysis had already taken place. During this reaction, the elimination of water from silanol groups results in the production of high molecular siloxanes. The biggest drawback of hydrolysis reaction is that it results in a considerable amount of HCL gas production which leads to pollution. Methanolysis, on the other hand, is pollution free in this regard and fact more economical because the chlorine produced can be reused in the production of methyl chloride. 

Polymerization Reaction:

Out of many ways to produce silicone oils, one is called the polymerization reaction. As the name suggests, polymerization reactions result in the production of high molecular linear polysiloxanes from those siloxane rings which are free from hydroxyl groups.

Equilibration Reaction:

It is one of the mega players in the production of silicone fluids. The main goal of the reaction is to homogenize the siloxane mixtures which have a different molecular weight. This reaction is catalyzed in such a way that the final siloxane mixture is a gaussian molecular weight mixture. Silicone fluids with desired viscosity can be drawn out using an equilibration reaction and also stable uniform distribution can be achieved using this reaction.

Direct Synthesis Reactions:

In this type of synthesis, the reactants are either silicone or SiH containing silanes and chlorobenzene. After silicone and chlorobenzene react to produce phenylchlorosilanes which are repeatedly hydrolyzed to produce silicone oil.

Hydrosilylation reaction: 

It is a catalytic reaction in which noble metals act as a catalyst and they add ω-terminated olefinic molecules to SiH silanes.

Transesterification Reaction: 

Alkosilyl groups are transesterified by a silanol group-containing siloxanes which yield silicone oil.

Insertion Reactions are also one way to produce silicone oil.

All these processes can be used to produce silicone oil. Some of them are more economical and more frequently used but that is not our concern for today.

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Most Frequently Asked Questions about Dimethyl Silicone.

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Silicone has been the most popular chemical in recent times, whether it is in the form of silicone implants or silicone gels. With COVID’s exponential growth in e-commerce marketplaces, silicone products were always trending on various social media platforms. The upward trajectory of the popularity of silicone products has been around for almost two decades. Most people have only known silicone as a thick, viscous gel-like material or as the primary hard material used in various chips around the world. Although silicone chips have played a massive role in the tech revolution, there are many other silently incorporated roles for silicone in many of the fast-moving consumer goods we use daily. Most of these lesser-known facts about the use of silicone come from the fact that silicone is also available in liquid form, which is often referred to as silicone oil or silicone fluid. Silicone fluid comes in a variety of polymerized forms, and probably the most famous one is dimethyl silicone.

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Whenever a question comes to mind, people often go find the answer on the internet. We have noticed that not a lot of information is present on a single page where you can find all the answers. Here we’ll try to answer most of the questions being asked frequently.

What is dimethyl silicone?

Dimethyl silicone, also known as silicone oil, is a tasteless, odorless, and colorless chemical that appears to the naked eye to be water, even though it is not soluble in water. It is soluble in many organic compounds such as benzene, toluene, ether, chloroform, ether, and many others. Various steps are involved in the production of dimethyl silicone, such as:

  • Hydrolysis
  • Neutralization
  • Cracking
  • Fractionation

Dimethyl silicone has found its application in a lot of industries, such as the cosmetics industry, paint industry, food industry, car polishing industry, and many more. Dimethyl silicone is much more incorporated into our lives through multiple products than ever before.

Can you eat dimethyl silicone?

Do you want to eat dimethyl silicone? I bet you can’t because it is a liquid in the first place and can be drunk, but it has no taste, which makes it highly unlikeable to be drunk. But don’t assume that it can’t be used in the food industry. Dimethyl silicone is a key ingredient in cooking sprays, where it provides non-stick properties and also acts as a good anti-foaming agent. It is also used as an additive. The only care needed with dimethyl silicone while using it in food processing is avoiding its direct contact with fire as it is flammable, so always use it with care and in smaller quantities.

a man eating

Where can I buy dimethyl silicone?

Dimethyl silicone is not rare to find. It can be bought online at several e-commerce marketplaces, but that quantity might only be for small businesses or individual users. For large-scale purchases, contacting manufacturers around the world might be the best way to get your hands on some high-quality, low-priced dimethyl silicone. The majority of silicone fluid manufacturers are located in China. Often, these manufacturers tend to have websites where you can find contact details such as a phone number, email, or LinkedIn page. The other way to go about looking for dimethyl silicone oil is by using websites like Alibaba or Made in China, where you can browse through a lot of vendors selling silicone oil. However, one of the most vexing aspects of weeding out these vendors is that sometimes middlemen enter the picture, resulting in a higher price. Hengyi Technology provides a solution to all these problems with the association of several dimethyl silicone oil manufacturers. You just need to tell the company the quantity and type of silicone fluid required, and Hengyi will provide you with the best quote for your desired amount.

 

Is dimethyl silicone toxic?

It is a non-toxic substance, and in fact, it is very useful in the food industry. It is marked as a safe food additive, and its use in cooking sprays is just increasing day by day. Okay, that’s about toxicity for humans. Is it toxic for plants? Although it is used as an adjuvant with many herbicides and pesticides, when used alone on plants, it is not a toxic substance and doesn’t cause retardation in the growth of plants or even pests. However, drinking silicone oil should be avoided, as it can cause low-grade irritation. It should also not come into contact with the naked eye.

 

toxic mask

Can dimethyl silicone cause cancer?

Dimethyl silicone being used in the food industry signals its safety for human consumption in low amounts. Although rumors of its safety kept circulating as “health hazardous” or “cancerous,” there is no scientific proof to support this gossip. To be safe, the World Health Organization recommends no more than 43 g of cooking spray containing dimethyl silicone per 40 kg of body weight per day.

 

cancer surviving kid

Is silicone oil good for hair?

Silicone is used in several hair products, and it creates a water-repellent layer around your hair that keeps it hydrated over time. It is not dangerous, but long-term use may cause hair to dry out and lose strength. Silicone buildups in the hair are hard to remove, and they generally go away in 7 to 8 washes. There are many specific silicone-free shampoos available on the market, but silicone is still used by a lot of shampoo and haircare product manufacturers.

 

hair

Can silicone oil stay in the eye forever?

Before going into the discussion about whether silicone oil can stay in the eye forever or not, it is important to know why silicone oil is injected into the eye. Silicone oil is injected into the eye to replace vitreous humor (a gel-like substance), which is generally lost when there is retinal detachment of the eye. The inclusion of silicone oil in the eye prevents the aqueous humor from reaching the retina. After the vitreous humor heals itself, silicone oil is often removed from the eye, or else it will lead to an increase in intraocular pressure. Silicone oil typically lasts 3–4 months before being surgically removed after complete recovery.

 

eye

Why is silicone used instead of oil in acrylic pouring?

Acrylic pouring is a type of abstract art in which acrylic paint is poured into each other. The most prominent feature of acrylic pouring is the creation of cells. There are many ways to achieve it, and one way is through the addition of silicone oil to acrylic paints. Only a few drops of silicone oil are needed to create cells when pouring acrylic.

 

acrylic pouring dimethyl silicone cells

Where to buy silicone oil

Silicone Oil uses in different Product and Industries

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Silicone is one of the most commonly used chemical ingredients known to human beings and the users are as young as newborns who drink milk from silicone-made feeder nipples to all the adults who consume silicone through various products used in day-to-day life tasks. Silicone has found its way into most aspects of life like technology, medical science, cosmetics, electronics, etc. But the question is how this material is found in so many things around us although two things containing silicone might not look like each other at all. The answers lie in silicone’s ability to exist in many physical forms e.g., Silicone oil, Silicone grease, Silicone rubber, Silicone resin, Silicone caulk, etc.

Silicone oil is probably one of the most fascinating chemicals we have today and all the buzz around the benefits of silicone oil is real.

Silicone oil uses

Let’s have a closer look here to understand more about silicone oil and see how we can get more out of it:

WHAT IS SILICONE OIL?

They can be defined as a linear chain of Poly siloxane that contains silicone and oxygen at alternating positions. Silicone atom in the linear chain has two spots where they can bind with carbon groups like methyl is bounded. Several polymers can be made out of it like Polydimethylsiloxane. Polymers can affect the degree of physical and chemical properties offered by silicone oils.

It is a colorless, tasteless, and odorless substance that can be found in a liquid or semi-solid state depending on the degree of polymerization. It also possesses a large compression ratio which gives it higher thermodynamic efficiency making it excellent for use as a hydraulic fluid in various machines. The viscosity-temperature coefficient of silicone is low (Viscosity and temperature are intervened. Viscosity is an important factor as low viscosity of lubricants means lower consumption of fuel. Generally, in petroleum oils, the viscosity is much more dependent on temperature, and at higher temperatures viscosity increases making fuel consumption greater than consumption at lower temperatures. Still, silicone oils show a little change in their viscosity with an increase in temperature) which makes them an excellent lubricant. Silicone oil has a much lower surface tension which helps it spread over the surface more easily and this property justifies its use in various cosmetic products where lower surface tension is important for the best and even results. This property of lower surface tension has also paved the path for silicone oil to be used as a defoamer and release agent. Heat resistance is another property that stands strong in favor of silicone to be used in multiple high-temperature open and closed systems. Temperatures even as high as 250°C do not affect silicone oil at all.

For this degree of heat resistance, it is used in lab research apparatus. While being heat resistant, silicone fluid interestingly is also an excellent low-temperature resistant substance. Dimethyl silicone oil can bear temperatures as low as -50°C and Methylphenyl silicone oil can remain fluid even at -65°C. Maybe this is the reason for use of silicone oil refrigerants used in refrigerators. These low-temperature-resistant properties make them excellent for use in some of the coldest regions around the world. Low thermal conductivity is another key feature of silicone oil as its thermal conductivity is as low as 25% compared to that of water. Low thermal conductivity means silicone oil can be used as heat transfer material or as an insulation material with better energy-efficient performance. Moreover, as we discussed earlier that viscosity and temperature are related, a general increase in viscosity means an increase in thermal conductivity, but in the case of silicone oil the thermal conductivity becomes constant above a viscosity of 100 mm2/s. Recently, the water-repellent characteristic of silicone fluid has found its way into the textile and coating industry. The ceramics industry, glass, and fiber production industries are the ones benefiting from this technology. Silicone oil offers high resistance to heavy stress applied to it, this is a feature that mineral oil doesn’t exhibit and often their oil molecules deform under sheer stress also there is a visible change in viscosity. Those silicone oils have a viscosity lower than 1000 mm2/s; stress doesn’t change their viscosity too much. But larger viscosity silicone oils might see a visible change in viscosity on the application of stress which is reversible because the oil molecules are not deformed unlike mineral oils and thus regain their original viscosity when the stress applied to them is removed. This feature makes silicone oil the ultimate king in the game as outperforms petroleum-based oils by 20 times. Although multiple properties of silicone oil make it a perfect lubricant, such as constant viscosity, heat resistance, and low-temperature resistance, it has poor lubrication where there is steel-to-steel friction. This feature doesn’t limit the use of silicone lubricant in steel-aluminum or steel-bronze parts of different machinery. Phenyl polymers of silicone oil have shown more resistance to radiations than other polymers and more phenyl groups added to the chain add more resistance to radiations. For the same reason, methyl phenyl silicone oil is more resistant to radiation than conventional dimethyl silicone oil. Thanks to its radiation-resistant properties, methyl phenyl silicone oil is used in the high-temperature parts of radiation equipment. Just like its viscosity, the electrical properties of silicone fluid are also constant over a wide variety of electrical frequencies and temperatures. Dielectric breakdown is often an issue encountered with the use of mineral oil products, but silicone oil is much better at handling dielectric breakdown. All the insulating oils absorb moisture which can affect the electrical insulation properties of these oils, silicone oil is no exception here so extra care is needed when using it as an insulation fluid and dehydration of silicone oil is necessary before applying electrical stress.

As of now, we have discussed all the important characteristics of silicone oil and a little overview of the uses of this magnificent fluid, it’s time for a deep discussion about how silicone oil is incorporated into our life.

IS SILICONE OIL SAFE FOR HUMANS?

As we know, Silicone oil is tasteless and colorless.

Does that mean it can be a perfect homicidal substance? Fortunately, it is not because it is not known to be a toxic substance. It is one of the beneficial chemical entities for the human body as it has found its way into various medical procedures. Also, silicone oil is used in a lot of cosmetic products which are applied directly on the skin, so silicone is also known to be beneficial for the skin. Certain drugs also include silicone oil as a basic component or as a vital ingredient for their desirous actions.

A detailed discussion of the medical uses of silicone fluid is given below in one of the paragraphs.

 

DIFFERENT TYPES OF SILICONE OILS

Silicone oil is a broad term, and several different types of silicone oil are derived by the polymerization of different groups at the silicone molecule.

  • Polymethyl hydrogen siloxane

Polymethyl hydrogen siloxane oil has found its application in waterproofing and anti-sticking treatment procedures as it is a colorless and odorless oil. It is also used for increasing the durability of certain materials by crosslinking and it also extends the liquid silicone rubber chain. The addition of an epoxy group to polymethyl hydrogen siloxane oil can fairly improve its absorption, reactivity, and coupling properties. Polymethyl hydrogen siloxane oil is used for the treatment of dry-surfaced materials such as fire extinguishing powder to make it more free-flowing and avoid clogging. Sometimes polymethyl hydrogen siloxane oil is used to create a waterproof film over metal surfaces.

  • Amino silicone oil

The introduction of an amino group at one of the methyls in the Poly siloxane chain produces amino silicone oils which are popular in the textile industry. The application of amino silicone oils in textile gives the following properties to the product:

  • Abrasion resistance
  • Elastic feeling
  • Soft Touch feeling
  • Excellent wrinkle recovery
  • Increased durability

Amino Silicone oil can also be used in hair care products such as shampoos. It is highly inflammable so it must be kept away from fire. Amino silicone oil is also used in the textile industry for giving a perfect finish to clothing material. Additionally, they are also being used for manufacturing, silicone emulsions, and also as smoothening agents.

  • Phenyl methyl silicone oil

Phenyl methyl silicone possesses properties like good insulation, high-temperature resistance and low-temperature resistance, and anti-ozone with small surface tension making it very useful in a lot of products.

It is further divided into three groups depending upon the ratio of phenyl groups present and all of them have different applications.

Low Phenyl methyl silicone oil can be used for instruments that often face very low temperatures.

Medium phenyl methyl silicone oil and high phenyl methyl silicone oil are more resistant to higher temperatures and radiations and thus they are used as lubricants.

  • Vinyl silicone oil

Vinyl silicone oil is known to be an intermediate material because it has methyl silicone-like properties which make it suitable for the smoothness and limpness of clothes. Vinyl silicone oil has better solubility with organic material as compared to that methyl silicone oil because of the double bond present in vinyl silicone oil.

Owing to this reactivity, let’s discuss some of the applications of vinyl silicone oil:

  1. It is one of the main ingredients in the manufacturing of liquid silicone rubber. It increases the strength and durability of silicone rubber.
  2. When allowed to react with organic materials, it produces a substance that has better properties than its conventional counterparts.

  • Hydroxy silicone oil

Hydroxy-terminated polydimethylsiloxane is a highly active silicone of medium and high-density hydroxy end-blocked Silicone polymer.

As the processing aid for silicone rubber can ameliorate the silicone rubber’s processing performance used as a silicone rubber structure regulator, as a fabric finishing agent, can significantly reduce the polyester thread’s smoothness, sewing capacity, high-temperature resistance, and antistatic performance.

It can make the fabric soft, smooth and elastic, and also give fabric, paper, and leather leakproof, water- and performance. Hydroxy silicone oil is used in hair products for beneficial effects like gloss, shine, and fluffiness. Hydroxy silicone oil has also been used in coating and pigments for providing characteristics such as defoaming effects, anti-convection, and anti-skinning effects.

 

As we have gone through different types of silicone oil, let’s have a closer look at how silicone oil is used in other products:

 1. SILICONE OIL AS PAINT ADDITIVE

Silicone oil/silicone fluid is often used as an additive in paints due to numerous characteristics which are displayed by silicone fluids such as lower surface tension. This property when impacted into paints by silicone oil makes the paint very even on the surface upon which it is being applied. The addition of silicone fluid in paints prevents several film flaws which are common without silicone additives.

silicone oil for paints industry

The following are some features imparted by silicone additives in paints:

  • Reduced Friction

Paint films have significantly higher friction coefficients, but the addition of silicone oil significantly reduces this friction and gives a smooth touch when applied.

  • Increased Durability

The addition of dimethyl silicone oil into paints leads to improvement in the durability of the paint and this particular feature arises due reaction of the methyl group with paint resins. The longer the paint survives on the surface, the better it is for the consumer, so silicone oils bring great value to the paint industry in terms of creating a strong reputation.

  • Water Repellent

As we discussed earlier silicone oil is water-repellent, the same effect is imparted to paints when silicone oil is added to them. Water-repellent property is of ultimate importance for paints, as these paints can be used in aqueous environments such as paints for boats and submarine, also these paints are of utmost importance in tropical areas because they have a more significant amount of moisture in the air than other areas and frequents rains make it water-repellent paints a better choice in saving the metals surfaces and nowadays these paints are used on walls, especially by those having kids.

  • Resistance to Salty Water

Functional groups in silicone oil react with metals and inorganic materials while being a constituent of paint and provide better resistance to salty water and better metal sticking properties. Owing to this resistance to salty water conditions, Paints with silicone oil as an additive are therefore useful on boats, submarines, marine oil drilling equipment, and all other metal structures which are bound to come in contact with marine water for a longer period.

  • Defoaming Effect

Silicone fluids when added to the paint prevent the foam-forming tendency of paints. Certain properties of silicone fluid are particularly important in imparting defoaming characteristics to the paint. These properties include insolubility in water, low chemical reactiveness or high chemical inertness, low surface tension, and high thermal stability. All of these are of sheer importance in defoaming effect. Note that pure silicone oils have relatively lower defoaming abilities than their synthetic derivatives.

  • Reduce the Convection effect

Silicone oil fairly reduces the convection effect when the paint is drying up. The same features help the paints to give a hammer tone finish to the surface as it doesn’t let the convection effect take place.

All of the above features make silicone oil a preferred choice for being used in paints as an additive.

2. SILICONE OIL, THE BEST LUBRICANT

Silicone oils or silicone fluid have proved to be an excellent lubricator for rubber and polymer surfaces and this ability to work as a lubrication agent is due to multiple characteristics of silicone oil which include low friction coefficient, stable viscosity over a variety of temperatures whether low or high. Silicone fluids are much more resistant to chemical decay oxidation, both of these properties allow the silicone oil to add corrosion protection to metal provinces.

Silicone fluid is not a good lubricant where there is steel-to-steel friction but has proven other ways for some other metals. Silicone oils were previously used to cool clutch fan assemblies in cars and other motor-operated vehicles.

3. SILICONE OIL INDUSTRIAL RELEASING AGENT

Releasing agents are substances that are applied to the molds to prevent the substances from sticking to the mold. Silicone oil is known to be one of the magnificent releasing agents. The main property which makes silicone oil a good releasing agent is low surface tension and thermal stability which allows it to spread perfectly over an irregular surface.  Silicone release agents in multiple industries, such as the food processing industry, tire manufacturing industry and die casting industry.

4. SILICONE OIL IN CAR POLISHING

Silicone oil has found its position in the automotive industry as a principal component in car polishes. Silicone oils offer shine and protection to the paint with added benefits of anti-corrosive actions. As silicone oil spreads evenly on the surface and it is transparent, it gives the perfect finish to uneven surfaces. The rubbery characteristic of silicone oil also provides an extra layer of transparent covering which protects the surface of the paint from normal polishes. Silicone oil not only covers the color of the car but can also cover the interior surfaces and even glass.

Silicone oil for car polishing

 

5. COSMETIC USAGE OF SILICONE OIL

Silicone oil is often used in cosmetics, primarily because of its low surface tension. Silicone oil helps the cosmetics to spread evenly onto the skin. Silicone oil in cosmetics locks the moisture coming out of the skin and prevents skin from getting dry and gives a twinkling look that shines on every angle. Lipsticks have silicone oils combined with phenyl group which gives a higher refractive index and helps the glossy appearance of lipstick on lips. Sunscreen lotions also have silicone oil as a primary component as the silicone oil removes stickiness and reduces the amount of oil coming out of the skin.

silicone oil used in cosmetic products

6. SILICONE OIL IN SILICONE SEALANT

Silicone oil is one of the best sealants, containing angle component silicone. In the utility of silicone sealant, thinking about the construction, regularly want to regulate the sealant viscosity, decrease the viscosity of the adhesive, enhance the development drift and the lubrication of the adherents, and consequently the desire of dimethyl silicone oil as a plasticizer. At the identical time, being part of the plasticized agent can cure adhesive complete overall performance improvement, enhance adhesive joints of excessive influence resistance, anti-fatigue overall performance, etc. On the other hand, the addition of plasticizers will affect the different residences of silicone sealant. The tensile electricity of the silica gel decreases step by step with the make bigger quantity of the plasticizer, and the elongation at ruin is increasing.


 7. HYDRAULIC OIL IN AIRCRAFT

Silicone hydraulics has been used in the aircraft industry for a long time and there are multiple advantages of using silicone hydraulic oil. Its high resistance to oxidation and great thermal stability leads to increased life of silicone hydraulics oil and require longer changing intervals making it cost-effective. High anti-wear properties and greater strength of film provided by silicone oil led to the protection of parts of the engine. Moreover, aircraft faces a variety of temperature going into the different layers of the sky and silicone oil can bear low temperatures like -50°C and higher temperatures of 250°C.

silicone oil used for aircraft engines

8. SILICONE EMULSION

When silicone oil is added to an aqueous environment, it results in the production of silicone emulsions. Silicone emulsification significantly reduces the viscosity, and this is sometimes required. The physical properties of silicone emulsion change abruptly after polymerization. Particularly if the viscosity change is needed, polymerization is a great idea. Silicone emulsions don’t have any health-related issue as it is less viscous and generally more aqueous. Silicone emulsions are widely used in the cosmetic industry and are now being used as release agents in the food processing industry to avoid stickiness to molds.

 

9. BREWING INDUSTRY AND SILICONE OIL

Silicone oil is being used in breweries for improving the quality of the beer particularly due to defoaming properties of the silicone oil. The silicone oil which is used in the brewing industry is known as food grade version of silicone oil. It is used in all three key processes of making a beer which are distillation, brewing, and fermentation of the beer.

Silicone oil used in beer industries

10. USAGE IN THE TEXTILE INDUSTRY

Silicone oil is an integral part of the textile industry, and it is so much important that some textile owners have started their production of silicone oil. Silicone oil addition to the textile manufacturing process brings in all the qualities needed in a perfect fabric such as a perfectly smooth and soft finish, and waterproofed material. Silicone oil adds a bunch of other characteristics to textile production like flame avoidance, antistatic performance, and color-fixing properties. When silicone oil is added to the dye in the dyeing process, the result is a cool finish. Silicone fluids are also known for increasing the storage time for textiles and also there is the benefit of sharp color appearance.

Silicone oil for textile industry


11. SILICONE OIL AS DEFOAMER

Silicone oil is often used as a defoamer particularly due to the small surface tension offered by it. Other features of defoamers or ant0foaming silicone oil include readily emulsification ability, not reactive at all, increased thermal stability compared to other defoamers, great ability to remove or vanish the foam, and high pH stability (can operate over a wide range of pH). Silicone oil defoamers can be stored for over 12 months if the temperature is kept below 45 Centigrade. Silicone defoamers are used in the oil and gas industry because silicone oil defoamers provide excellent benefits over organic substances. The quantity of silicone oil defoamers needed to achieve a certain defoaming effect is much lower than substances that need much more of it. Silicone oils are often used in little amounts in restaurants for defoaming and anti-stick properties. In such situations, silicone oil is combined with cooking oil for deep frying. Silicone oil should not replace cooking oil entirely as this can become lethal, and it is a very notable health hazard associated with always remembering to use food-grade silicone oil.

12. MEDICAL USES OF SILICONE OIL

Silicone oil has been famously known for its medical importance, although we have discussed in detail how silicone oil is medically used in ophthalmic surgery.

 

medical uses for silicone oil

Let’s have a brief overview again of some of the uses:

  • Ophthalmic Surgery: Silicone fluid tamponades have been used as a replacement for vitreous humor in the posterior chamber of the eye when there is retinal detachment due to several reasons. Silicone fluid when injected into the eye prevent aqueous humor to reach the retina and allows the retina to heal itself. Silicone oil is left in the eye for an extended period of about 3 months or in some cases can be left permanently. Several properties of silicone oil such as viscosity, low friction coefficient, and ability to resist sheer stress make it a perfect candidate for this application.
  •  Drug Delivery System: Recently trials have been conducted in which silicone oil-filled eyes have been shown to uptake more drugs than the normal eye and this pharmacokinetics may significantly improve the use of silicone oil as a drug delivery system for deep eye structures.
  • Medical Instruments Lubrication: Microbe infestations of medical instruments have been a major problem in surgical settings. Nitric Oxide has been known to be incredibly effective against microbes, bacteria in particular. When applied on the surface of medical instruments, silicone oils create a physical barrier between the microbe-infested environment and the tools. A new combination of nitric oxide-releasing silicone oils has been prepared for utilizing both properties of nitric oxide for antibacterial effects and the physical barrier and lubricating effects of silicone oil.
  • Anti-Flatulence Drugs: Silicone oil is used as a component for making drugs that reduce flatulence and it often comes in handy for such situations. Such drugs absorb gas formed inside the intestines.
  • Anti-Dermatitis Drugs: Certain silicone oil-based ointment preparations have been made for providing comfort to dermatitis patients having a burning sensation as silicone oils hold water and keep a check on the skin from getting dry. Silicone oils have also shown some anti-coagulation effects.

WHERE TO BUY SILICONE OIL?

Silicone oil is not a rare entity as it can be found online and in stores all over the U.S. and the same is for other countries, but the problem arises where to buy it in bulk for industrial use. The answer is pretty simple, the country where it produced most abundantly and yes, you guessed it right, Its China. China produces more than half of the silicone oil produced in the world and this is the best place to get your hands on the best quality silicone oil while paying an absolutely rare cost.

 

where to buy silicone oil

Now you might be thinking, why not buy it locally, the answer is pretty simple. High labor costs and pretty denting tasks to produce silicone oil make it pretty expensive and local companies sometimes are not capable of large-scale production.

The next question that might be coming to your mind is where to find these Chinese silicone oil companies. Again, the answer is in your hand. Alibaba might provide you with a lot of companies to buy silicone oil from, but the problem is some of these apparent sellers on Alibaba may not be manufacturers rather they are middle people trying to charge you more than the actual costs and an inexperience buyer may end getting fraud so the best choice to go around looking for silicone oil is Manufacturer companies’ websites.

HENG YI TEK is one of the suppliers of silicone fluids in China and provides its customers with the best quality with authority and truthfulness.

We provide a variety of silicone oil and related products; you can check by clicking down below on the list:

● SILICONE OIL SILICONE FLUID HY201

● VOLATILE SILICONE OIL HY-101, 2 CST DIMETHYL SILICONE OIL

● SILICONE DEFOAMER HY-8208

● SILICONE DEFOAMER AGENT HY8201

● SILICONE LEVELING AGENT HY1284

 

 

You can contact Heng Yi Tek for quotes and further details through email, WhatsApp, or phone number. Our sales will get in touch with you about our products and delivery time-related information.

silicone coating

Where and How Silicone can be used?

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Silicone is one element that is very abundant and is top second on Earth, which is 25.8% on the earth’s surface. Most people know the function of metal silicone. Silicon semiconductor materials have boosted the development of the modern electronic industry. In addition, silicate-based inorganic silicon compounds are widely existing in nature, which is very convenient to use. Over thousands of years, people use silicone-related materials to produce cement, glass, ceramics, and other products.

Inorganic silicone compounds have been applied very early to produce products such as glass and ceramics. But organic silicone compounds do not exist in nature. It is mainly by synthesis and was synthesized around 50 years ago. Since industrialization in the 1940s, organic silicone compounds have developed rapidly.

Organic silicon, also known as silicone or siloxane, is a siloxane organic polymer cross-linked from silicon and oxygen. It has good characteristics with excellent heat resistance, cold resistance, oxidation resistance, and electrical insulation, which are not available from other general organic polymers. Among the organic silicon compounds, Poly siloxane has wide applications with its special structural characteristics.

 

Silicone materials are mainly divided into silicone oil (Dimethicone/PDMS/ Dimethyl Silicone Fluid, silicone defoamer, silicone leveling agent, polyether-modified silicone oil), silicone rubber, silicone resin, and silane coupling agent, etc. And there are various silicone material-related products. For example, Dow Corning has more than 4000 kinds of types of silicone materials.  If converted into Poly siloxane, the total global consumption of various silicone products is about 650,000 tons, which accounts for 0.65% of the global total output of different synthetic resin products. In addition, the sales amount of silicone products is as high as $6.5 billion, which accounts for 7% of the global total sales amount of different synthetic resin products.

Silicone can be widely used in the production of silicone fluid, agriculture silicone adjuvant, advanced lubricants, adhesives, dielectric oil, adhesives, paint, anti-foaming agents, gasket, seals as well as spare parts for rockets and missiles. In recent years, silicone material has been applied gradually from military or national defense to people’s daily life. Products for daily application include conductive buttons for computers, mobile phones, and electrical keyboards; contact lenses, swimming glasses, and swimming caps; nipple; silicone sealants for curtainwalls; finishing agent for high-end leather or fabric; silicone oil for shampoo. Silicone material has become a necessary part of people’s daily life. It also becomes a new chemical material with development on its rise.

 

silicone coating

With the prospects of silicone material, many developed countries put silicone materials as one of the most important new materials for the key development of the new century. Organic silicon is new material itself, meanwhile, it is also the new material foundation for the development of related industrial areas. Given the changing nature of organic silicon material and with the characteristics of small volume wide application, it is reputed as the catalyst for scientific and technological development. In the silicone industry, only a few upstream enterprises are on a large scale and most of them are small and medium-sized private enterprises engaged in the production of consumer products and additives.

Main silicone products and their applications

Silicone materials are mainly grouped into four categories: silicone oil with its secondary processing products, silicone rubber, silicone resin, and silane coupling agent. It is known as industrial MSG as silicone products have the properties of electrical insulation, corrosion resistance, radiation resistance, flame resistance, high and low-temperature resistance as well as physiological inertia. They are widely applied in building materials, electronic and electrical products, light industry, textile, plastics, rubber, machinery, transportation, medical and other industries. At present, the global annual production capacity of silicone products has reached more than 1.2 million tons. There are around 5,000 to 10,000 products, and the total market sales can reach US $7 billion.

Among the more than 10,000 kinds of silicone products can be roughly divided into three categories: raw materials, intermediates, and products. Silicone monomer refers to organic silicon polymer monomers synthesized by organic chlorosilane, such as raw materials like benzene chlorosilane, methyl chlorosilane, vinyl dichlorosilane, and some other materials.

Organic silicon intermediates refer to line-type or ring-type siloxane oligomers, such as octamethyl cyclotetra siloxane (D4), hexamethyldisilane (MM), dimethyl cyclosilane mixture (DMC), etc. Silicone products are the products produced by the polymerization reaction with add of inorganic fillers or modified additives. It mainly includes silicone rubber (high-temperature vulcanized silicone rubber and room-temperature vulcanized silicone rubber), silicone oil and its secondary processing products, silicone resin, and silane coupling agent. And through the sulfur molding process, silicone rubber can be made into conductive keys, seal gaskets, swimming caps, and many other consumer products.

Silicone monomer

Although there are many varieties of silicone products, its starting raw materials for production are limited to a few organic silicon monomers. The top amount is trimethylchlorosilane, followed by phenyl chlorosilane. In addition, trimethylchlorosilane, ethyl and propyl chlorosilane, vinyl chlorosilane, etc., are also necessary raw materials in the production of silicone products.

The production of silicon monomers is not complicated. The main raw material for silicon monomer is silicon block, methanol, and hydrogen chloride. At present, methyl hydrochloride monomer is synthesized in a boiling bed reactor. Silicon powder and chloromethane are reacted under a catalyst at a high temperature which makes a methyl hydrochloride mixture. And through efficient fractionation, the target fraction is obtained. Silicone monomers are made by hydrolysis, lysis, and condensation to get different products. With silicon monomer as the raw material and using different polymerization means and processes, different silicone products can be produced by adding various fillers and additives. The basic raw materials for the production of silicone oil, silicone rubber, silicone resin, and silane coupling agent are different kinds of organic silicon monomers. From these basic silicone monomers, thousands of organic silicon products can be produced. Organic silicon monomers mainly include methyl chlorosilane (methyl-monomer), phenyl chlorosilane (benzene-monomer), methyl vinyl chlorosilane, vinyl trichlorosilane, ethyl trichlorosilane, propyl trichlorosilane, γ-chloropropyl trichlorosilane, and fluor silane monomer. Among them, methyl chlorosilane accounts for the top amount, which is 90% of the total monomer, followed by phenyl chlorosilane.

Organo chlorosilane (methyl chlorosilane, phenyl chlorosilane, vinyl chlorosilane) is the basis of the whole silicone industry, and methyl chlorosilane is the pillar in the organic silicone industry. Most of the silicone polymers are Poly dimethyl siloxane made from trimethylchlorosilane. After adding other groups such as phenyl, vinyl, chlorophenyl, fluoroalkyl, etc., the product can meet special needs. The production process of methyl chlorosilane is very long and difficult for production technicians. This industry is technology-intensive and capital-intensive. Therefore, the basic manufacturing site of the major foreign companies is on a large scale and under centralized construction.  While the manufacturing of the downstream product is distributed as per their use and market conditions.

The key to the development of any polymer material is monomer technology development. The feature of the silicone industry is that the monomer production is concentrated, and the further process of silicone products are in different places. Therefore, the production of monomers plays an important role in the silicone industry. And the level of monomer production is a direct reflection of the development of the silicone industry. 

Silicone intermediates

Organic silicon monomers can be made into different silicone intermediates by hydrolysis (or lysis) and lysis. Silicone intermediates are the direct raw material to form silicone rubber, silicone oil, and silicone resin. Silicone intermediates include hexamethylcyclotrisiloxane(D3), octa-ethyl cyclic tetrasiloxane (D4), hexamethyldisilane (MM), dimethyl cyclosiloxane mixture (DMC), and other linear or cyclic dioxide series.

 Silicone rubber

Silicone rubber is one of the important products among silicone polymers. Among all rubber, silicone rubber can work under a wide temperature range, from -100℃~350℃. It is excellent in high and low-temperature resistance. According to its ionization mechanism, silicone rubber has three categories: organic peroxide-induced free radical crosslinking type (High temperature vulcanized silicone), condensation reaction type (Room temperature vulcanized silicone), and addition reaction type. High-temperature vulcanized silicone rubber (HTV): thermal vulcanized silicone rubber is also called high-temperature vulcanized silicone rubber. All the direct chain siloxane with molecular weight between 500,000-800,000 is grouped as high-temperature vulcanized rubber. Usually, gum can be made with octa ethyl cyclo tetrasiloxane (D4) as the main raw material and get polymerized under the catalysis of acid or alkali. Then with oxides as a crosslinking agent and combined with different additives (such as reinforcing filler, thermal stabilizer, structural control agent, etc.), it can be made into homogeneous rubber additives. Various rubber products can be vulcanized by molding, extrusion or calendaring, etc.,

Room temperature vulcanized silicone rubber (RTV) and addition reaction silicone rubber (LSR). Room temperature vulcanized silicone rubber refers to the one which uses low molecular weight active Poly Organo siloxane as the base material and can be formed with the crosslinker and catalyst at room temperature.

Addition reaction silicone rubber refers to the silicone rubber which is made under the addition reaction with the platinum compound as catalyst. It has no by-products during the reaction. Usually, it is composed by vinyl terminated polydimethylsiloxane, silicone resin, low molecular weight polymethyl hydro siloxane, a platinum catalyst, and reaction inhibitor, etc., It is also known as liquid silicone rubber or LSR. Usually, additional reactive silicone rubber is also vulcanized at room temperature (medium temperature), so it is also classified as room temperature sulfide silicone rubber. The above two of these are referred to as room-temperature vulcanized silicone rubber.

 

Room-temperature vulcanized silicone rubber has a low molecular weight (from 10,000 to 80,000), and it is a viscous liquid. As per different package forms, it can be divided into single-component RTV silicone rubber and two-component RTV silicone rubber. Single-component RTV silicone rubber mixes the raw rubber evenly with filler, crosslinker, or catalyst in anhydrous conditions. And it will react with the moisture in the atmosphere after opening. While two-component RTV silicone rubber usually puts the raw rubber and crosslinker agent or catalyst in separate packages. They will link together when mixed in a certain ratio. Its reaction is not related to moisture.

Silicone Oil or Silicone Fluid

silicone oil is a kind of Poly siloxane liquid oil with different viscosity. It is not toxic, not corrosive, has no smell, and is not easy to burn. According to the chemical structure, silicone oil can be divided into methyl silicone oil, phenyl silicone oil, ethyl silicone oil, methyl hydrogen silicone oil, methyl chlorophenyl silicone oil, methyl phenyl silicone oil, methyl ethoxy silicone oil, and methyl trifluoro propane, etc., Among them, methyl silicone oil is the top item. By changing the polymerization degree of Poly siloxane and the type of organic group, or making Poly siloxane polymerized with other organic compounds, silicone oil with different properties can be made, such as waterproofing, anti-adhesion, demolding or defoaming. Silicone oil can also be grouped into linear silicone oil and modified silicone oil.

Silicone oil has many special properties. Its features include low viscosity-temperature coefficient, antioxidant resistance, good resistance to high and low temperature, high flash point, excellent insulation, low volatility, low surface tension, no corrosion to the metal, non-toxic, etc., With these properties, silicone oil has excellent effects in different applications. Among all kinds of silicone oils, methyl silicone oil is the most widely applied and is the most important type followed by methyl phenyl silicone oil. Different functional silicone oils and modified silicone oils are mainly used for special purposes.

 

silicone potting

Silicone resin

Silicone resin is a semi-inorganic polymer with silicon-oxygen-silicon as the main chain and with silicon atoms cross-linked with organic groups. It emerged along with the silicone monomer produced by the silicone monomer. Its production is a half year ahead of silicone oil and silicone rubber.

Silicone resin has outstanding weather resistance, which is better than any other organic resin. Even under strong ultraviolet irradiation, silicone resin still has good yellowing resistance. Silicone also has superior dielectric properties. The property can remain stable in a wide range of temperatures, humidity, and frequency. In addition, it also has good oxidation resistance, irradiation resistance, smoke resistance, waterproof, mildew prevention, and other characteristics.

 

Silane coupling agent

The general formula of the silane coupling agent can be Y-R-SiX3. X and Y are two active groups with different reaction characteristics. X is easy to bind strongly with clay, glass, silica, metal, and metal oxides, while Y is easy to bind with resin and rubber in organic material. With both functional groups that can have a good reaction with organic and inorganic material, a silane coupling agent can bond organic and inorganic material together to reach satisfactory bonding. According to the number of hydrolyzed groups (X groups) connected to silicon atoms, the silane coupling agents can be divided into two groups: trifunctional and difunctional types. In recent years, the production of silane coupling agents is controlled by several giant companies. To form a monopoly, every company has named its product types, and for the same product, there are various names and types on the market. Union Carbide Corporation (UCC) is the world’s largest silane coupling agent manufacturer and has the largest number of product varieties. Silane coupling agent was first developed as a glass fiber treatment agent for glass fiber-reinforced plastics. The silane coupling agent has improved the adhesion between the glass fiber and the resin, thus the mechanical properties of the reinforced plastics are significantly improved. With the rapid development of composites, silane coupling agent also develops rapidly both in variety and output. In recent years, silane coupling agent has adopted some specific functional groups and this can improve the surface properties of materials, which get new properties such as antimildew, antistatic, anticoagulation, and physiological inert. This has become a new application for silane coupling agents. Along with the new development, silane coupling agents become an important branch of organic silicone.

Development history of silicone

All compounds containing Si-C bonds are generally called organic silicon compounds. Those that connect organic groups like oxygen, sulfur, and nitrogen to silicon atoms are also regarded as organic silicon compounds. Among them, the Poly siloxane composed of silicone oxygen bond (-Si-0-Si-) accounts for the top amount in silicone compounds. It is the most studied and widely applied type in silicone compounds, which is more than 90% of the total. Silicone material has both properties of organic materials and inorganic materials. It has many good properties such as high and low-temperature resistance, ozone resistance, electrical insulation, radiation resistance, flame retardant, water resistance, non-toxic and physiological inertia, and other excellent characteristics. The silicone material is widely applied in electrical, electronics, construction, chemical, textile, medical and other industries. The main functions of silicone include sealing, adhesion, encapsulation, lubrication, coating, lamination, surface activity, releasing, anti-foaming, crosslinking, waterproofing, penetrating, insertion and filling, etc. With the continuous development of the quantity and varieties of silicone material, it has become one of the most important materials in the new chemical material field. Many varieties of silicone are unable to be replaced by other chemicals.

 

silicone factory

Different phases of silicone chemistry

Beginning period: In 1863, French scientists Fiddle and Kraft heated silicon tetrachloride and zinc diethyl to 160℃ in a sealing tube and synthesized the first silicone compound, which is tetraethyl silane with Si-C bonds. Since then, much more tetraethyl silane derivatives have been synthesized. The forty years from 1863 to 1903 was the founding period of silicone chemistry, which was also referred to as the first phase

 

Growing period: From 1904 to 1937, there are many simple silicone compounds were synthesized. Meanwhile, some ring and linear Poly siloxane (with-Si-0-Si-bonds as the backbone). From the theoretical aspect, the synthesis of asymmetric silicon atomic compounds has been started, which created circumstances for the study of silicone photoactive isoforms. These 30 years were referred to as the growing period of silicone chemistry, which is also called the second phase.

Development period: Chemist Hyde from Corning as well as Patnode and Rojo from General Electronics realized that silicone polymer would have a good future, and they have actively improved the synthesis of silicone monomer. This helped the industrialization of silicone. In particular, Rojo invented the direct synthesis method for methyl chlorosilane in 1941. This was a revolution in the production of silicone and was a good foundation for the large-scale production of silicone compounds. In the 1940s, when some of the major countries realized industrialization, the equilibrium reaction methods of Poly organic siloxane were invented. And a complete system of industrial technologies was established. Different types of silicone oil, silicone rubber, silicone resin, and silane coupling agent with excellent performance have emerged. The development of the silicone industry was accelerated. The period from 1938 to1965 was called the third phase.

Boom period: Since 1966, further, consolidating, developing, improving, and utilizing the existing achievements, silicone was also developing in the new field. Some compounds which were impossible to make can also be synthesized. One of the groups with the fastest development is silicon —— metal bonding compounds. Especially chemical products formed by silicon and transition elements, and this has more practical value. And silicone chemistry has yielded fruitful results. So, the period from 1966 has been called the fourth phase.

 

The development of science has promoted the development of production and construction. And the production in turn has new requirements for scientific research. In many industries, thermal resistance is needed. But normal organic polymers cannot meet the demands. Natural silicate is long known but its -Si-0-Si- bond is fragile. Therefore, chemists introduced silicon atoms with an organic group, which can make them a linear structure or low-degree crosslinked polymer. Thus, the silicone material can form flexible or elastic material, and the application would be further enlarged. The study on Organo Poly siloxane also started. Chemist Hyde from Corning Glass first combined silicone and polymer chemistry and gained experience in silicone polymerization. Under his guidance, silicone resin was produced for electronic insulated glass cloth. From 1938 and 1941, Hyde and his collaborators developed many more Poly organic siloxane products. Meanwhile, Dow Chemical also started the study and production of Poly organic siloxane. In 1942, a dimethyl silicone oil and toluene silicone pilot plant was established.

In 1943, Dow combined with Corning glass and established the world-famous Dow-Corning Chemical. They built the synthetic Poly siloxane factory in Midland. And soon they developed DC4 ignition sealing material, which was applied on aerial aircraft in World War II. Then Dow Corning Chemical gradually became one of the world’s largest professional manufacturers of silicone products.

In the past 20 years, the application of silicone technology has achieved a brilliant level. Room temperature vulcanized silicone rubber and silane coupling agents got comprehensive development. Silicone polymer for biological and medical use also emerged. Now, many more silicone compounds were invented for a wide application. Many impossible things can be realized now due to the development of silicone material

 

From an annual output of 10,000 tons in 1997 to about 850,000 tons per year in 2015, methyl chlorosilane has a rapid development, which is top among all the monomers. In the future, with methyl chlorosilane production capacity increasing, the organic silicon industry will have further development in technology, with both capacity and quality getting onto a new level.

chemical plant

How is the impact of power limit on the chemical industry

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Recently, the Dual Control System of Total Energy Consumption and Energy Intensity has lit a Red Light in many provinces of China. The provinces named by the Ministry of Industry and Information Technology have taken measures to solve the energy consumption problem since there are only 4 months to the year’s end. Guangdong, Jiangsu, and other major chemical provinces made strict policies to limit using of electricity and limit production to thousands of enterprises. Why there are energy limits and production limits? What impacts will it have on China’s chemical industry?

Many provinces pull the plug, cut the power, and limit the production

Recently, many provinces such as Jiangsu, Guangdong, Yunnan, Qinghai, Ningxia, Henan, Chongqing, Guangxi, Sichuan, Inner Mongolia, Heilongjiang, and others started to carry out power control measures for dual-energy consumption to meet control targets. Electricity restriction measure has gradually spread from the central and western regions of China to the eastern Yangtze River Delta and Pearl River Delta, etc.

Henan: The electricity limit will be for more than three weeks for some processing enterprises

Sichuan: Suspension of non-necessary production load, lighting load, and office load.

Chongqing: Some factories cut power and stopped production in early August.

Inner Mongolia: The electricity price would be increased by not more than 10%.

Qinghai: An early warning of the power limit is announced, and the area of the power limit continues to expand.

Ningxia: The power for high-level energy-consuming enterprises will be limited for a month.

Shaanxi: The power limit will be extended to the end of the year. Yulin city will limit the production of dual high enterprises to the level of 50-60%,

Yunnan: Two rounds of power limit have been launched. The average monthly output of industrial silicon from September to December shall be limited to less than 10% of August output (i.e., 90% reduction); the average monthly output of yellow phosphorus shall be limited to 10% of August 2021 output (i.e., 90% reduction).

Guangxi: Guangxi has introduced new dual control measures, requiring enterprises with the production of electrolytic aluminum, aluminum oxide, steel, and cement to limit their production starting from September

Shandong: there is a power limit of 9 hours daily, mainly from 15:00-24:00, the shortcoming time continued to September, and the power limit measures would be implemented

Jiangsu: In early September, the Jiangsu Provincial Department of Industry and Information Technology carried out special energy conservation supervision for enterprises with more than 50,000 tons of standard coal annually. In the cluster area of printing and dyeing, more than 1,000 enterprises will produce for two days and stop production for two days.

Zhejiang: Production will be stopped for the key energy-consuming enterprises until September 30.

Anhui: There is a power shortage of 2.5 million kilowatts, and it is decided to start an orderly electricity consumption plan from September 22.

Guangdong: From September 16, the electricity plan work for two days and stopped for 5 days was implemented

Reasons for a power cut and production limit or shutdown

 

In essence, the power cut is due to the shortage of coal and power. The national coal output is almost the same in as 2019, but the power generation is increasing. The coal inventory of various power plants is significantly in recent years. The reasons behind the coal shortage are as follows:

1. In the early coal supply-side reform, open-air coal mines and some small coal mines with safety problems were closed. With good coal demand this year, the coal supply was quite tight.

2. The export is very good this year, and the electricity consumption from light industry enterprises and the low-end manufacturing industry is rising. But the power plants consume large amounts of coal. The high price of coal has increased the production cost of power plants, which makes power plants at a deficit.

3. The import of coal has changed from Australia to other countries. There is an increase in the import cost and global coal is also at a high price.

Following is a diagram oChina’sna coal output in recent years

Coal output

 

Why not expand the coal supply, but rather limit the power?

The total power generation in 2021 is not low. In the first half of the year, 20-year earnings generated 3,871.7 billion kilowatt-hours, which is twice that of the United States. Meanwhile, China’s export has increased extremely rapidly this year.

 

According to the data released by the General Administration of Customs, China’s total import and export of foreign trade reached 3.43 trillion yuan in August, up by 18.9% compared to 2020. And the positive growth has been last for 15 consecutive months in the first eight months of 2021, China’s total imports and exports reached 24.78 trillion yuan, up by 23.7% year on year and 22.8% over the same period in 2019.

 

The reason for the export increase is that affected by the epidemic, the production in many countries is not normal, so the production task in China increases. With the increase in export, the demand for raw materials also increased. The import of commodities products also soared. From the end of 2020, the increase in steel price is caused by the price increase of iron ore and iron fine powder which are imported from other countries. The main production means in the manufacturing industry are raw materials and electricity. With the production task increases, China’s electricity demand continues to increase. Why not expand the coal supply, but instead limit electricity? On the one hand, the demand for power generation is increasing, while the cost of power generation is also increasing. Since the beginning of 2021, the supply and demand of domestic coal continues to be tight. The price of thermal coal is high during the low season. Coal prices have risen sharply and maintained a high level. With the high price, the production and sales costs of power enterprises are seriously inverted. And the operating pressure of power enterprises is prominent. According to the data of CLP, the unit cost of standard coal for large power generation groups has increased by 50.5% year on year. But the electricity price has remained the same. The loss of coal power enterprises was significantly increased, and the whole industry is at the loss. It is estimated that the loss of every power generation will exceed 0.1 yuan for every 1 watt. And 100 million kilowatts will lose at least 10 million yuan. For large power generation enterprises, their monthly loss will be over 10000 million yuan. On the one hand, the coal price remains high, on the other hand, the price of electricity is controlled by the government. So, it is difficult for power plants to have a balance. Thus, some power plants would rather generate less electricity. On the other hand, achieving the completion of industrial transformation requirements is urgent. China has to eliminate backward production capacity and implement supply-side reform. To realize the dual-carbon target and environmental protection need, as well as another important aim which is to realize industrial transformation. This is to change from traditional energy-cost production to emerging energy-saving production. In recent years, China has been working to reach this goal. But from last year, due to the epidemic, the demand and task of high energy-consuming products under high have increased. With the epidemic raging and global manufacturing stalled, large manufacturing orders are returning to the mainland. This leads to high consumption of power in the first 3 quarters of 2021. Also, the price of raw materials, which price is dominated by international capital has soared in 2021 leading to a high production cost. In addition, for domestic and global environmental protection, China will need efficient production capacity in the future. To reduce the energy consumption and carbon emissions of traditional industries, large-scale technological innovation and device transformation are needed. Thus, in short term, achieving the dual control goal, power, and production limit is a way for traditional industries to achieve the goal. In addition, the inflation risks can be prevented tons a certain degree with the high soaring global price of iron, copper, oil, grain, and beans.

 

The Chinese government has been working hard for dual control of energy consumption for environmental protection. Due to the orders back to China from the inning of 2021, the busy production has totaled a high-power consumption which is out of the excitation. After the review for the first 3 quarters, the energy consumption in many provinces is much higher. The consumption for the last 3 quarters already reaches the amount for the whole year.   The main energy-consuming projects are mainly in six industries, including petrochemical, coal power, chemical, steel, and non-ferrous metal smelting building materials. With the over-consumed energy and power, many provinces have adopted the production and power limit policy and these lead to the enterprises feeling unprepared.

 

What is the effect on the different industries?

 

With the background of sudden power and production limit from provincial governments, the chemical industry index has a sharp rise, different chemical raw materials have soared in price, and many related stock-listed companies also have the daily raising limit frequently. According to the Business agency, the chemical index was 1137 on September 1 and 1262 on September 30. This is a record high in the cycle.  Compared with the lowest point of 598 points on Apri08, 202020, the index has risen by 111.04%. (Note: Period to 2011-12-01 till)

 

The new high price in the chemical industry is mainly due to the dual control and power restriction policy. As there are 9 provinces and autonomous regions whose energy consumption was much up in the first 3 quarter year on year! And another 10 provinces’ energy consumption reduction rate cannot meet the requirements. This means the target of dual control is not reached in the first half year. So, every province has the heavy task to take new measures to ensure the realization of the whole year’s target.

In 2020, due to COVID-19, global economic activities have been greatly affected. the poor demand leads to the low prices of crude oil and bulk chemicals downstream. While in 2021, with the gradual control of the epidemic and recovery of global business, education has recovered much, and demand also increase. As per the monitoring industry data of the business agency, it can be seen that the price of many chemical sub-industries has increased in 2021, and some are up by more than 100% year on year.

 

As per the data, the price of 79 kinds of products in the chemical sector increased on September 2 with 021, 57 of them increasing more than 5%. the top three commodities with price increases were phosphate (161.44%), yellow phosphorus (108.70%,) and caustic soda (90.00%).

There were 18 products with price declines, and 6 products down by more than 5%. The top 3 declines were butadiene (-33.32%), butanol (industrial grade) (-33.62%), and Iso octanol (-30.90%).

 

Product Industry Early Sep., price Late Sep., price Unit Monthly increase or decrease
Phosphoric acid Chemical 1195.3125 3125 USD/MT 161.44%
Yellow Phosphorus Chemical 4492.1875 9375 USD/MT 108.70%
Caustic Soda Chemical 101.5625 192.96875 USD/MT 90%
DMC(Silicone) Chemical 5859.375 9890.625 USD/MT 68.80%
R134A Chemical 3489.53125 5755.15625 USD/MT 64.93%
Silicone Adjuvant Chemical 5300 8700 USD/MT 64.15%
Acetic anhydride Chemical 1507.8125 2335.9375 USD/MT 54.92%
Epichlorohydrin Chemical 2260.3125 3317.65625 USD/MT 46.77%
Acrylic Acid Chemical 2307.1875 2869.6875 USD/MT 24.36%
Propylene Glycol Chemical 2666.5625 3296.875 USD/MT 23.63%
Rutile Titanium Dioxide Chemical 3050 3200 USD/MT 4.92%

 

In September, the price of phosphorus chemical price has reached a ten-year high. Except the phosphorus ammonium market remains stable at a high price, phosphate and phosphate ore have a sharp increase after yellow phosphorus. Under the dual control policy, yellow phosphorus-related enterprises have serious limits in electricity and production capacity, thus the tight market supply situation cannot be changed in a short time. But till the end of September, most phosphorus chemical products have risen to a high level. Downstream enterprises need to be more cautious for take in new raw materials. In general, there could be a certain pullback in the phosphorus chemical, but in a short time, it may remain at a high price.

 

Besides phosphorous chemicals, the acetic acid industry also has a big increase in September. The price of acetate products rose by 47.69%. Its upstream raw material methanol has increased by 37.86%. And downstream acetic anhydride by 54.92%, EVA increased by 38.82%, ethyl acetate by 25.23%, and PTA by 3.49%. Affected by the dual control policy, many acetic acid industry chain enterprises have stopped production and price has increased much. After the China National Holiday, with the production recovery in October, the supply and demand of the acetate industry chain have been eased. According to the statistics of the production plan of the acetic industry, the supply growth in October is expected to be more than the growth of demand, and the price of the acetate industry is expected to drop some in October.

 

In addition, the price of the Chlor-alkali sector in the chemical industry has also increased, with caustic soda rising by 90% in September, calcium carbide by 39.45%, PVC by 34.45%, and soda by 34.05%. With the dual control policy, the production capacity of the chlorine-alkali industry in October is expected to be relatively low. With the relatively tight supply and the high price of raw materials, it is expected that the prices of soda, caustic soda, and baking soda would be stable at a high level. The actual situation will be depended on the demand.

 

Besides the basic chemical, chemical products such as organic pigments (Pigment Red 122, Pigment Violet 19, Pigment Yellow 74, Pigment Yellow 12), Anatase titanium Dioxide, Silicone leveling agents, Dimethicone, and optical brighteners all have price increases at different ranges.

 

The recent large-scale power restriction would have a big impact on the manufacturing industry, and long-term environmental protection policies still exist, the price rise of commodity prices will be transmitted downstream, which will squeeze the profit and living space of the downstream enterprise. In addition, the control of the high energy consumption industry is a long-term trend, so the short-term policy will only affect the production limit time and the trend for energy saving will not be changed. Therefore, with the inflation risk in the fourth quarter, the traditionally high-demanded months will lead to a further price increase of chemical products. in the background of a global energy shortage, product prices have e rising trend, but the height of the chemical market would be subject to the demand situation.