5 tips to increase silicone fluid flow

Skill: Increase the flow rate of silicone fluid and gradually discover that reducing the number of usable times is an effective option for Lida silicone.

The Ministry of Industry provides power supply, using single component silicone, heating or steam for switching power and conducting electricity. Each electronic component is powered on for one hour; Electronic components are placed into the power processing bag for processing seams, wire isolation wires and other electronic components, and circuit boards are cleaned;

Gypsum board, plastic, metal, wood, leather, automotive components, etc. are printed, compressed, and sealed through screen printing, forming a thick layer of white rubber. By application, various specifications of silicone, sanitary plastics, ointments, soap, ointments, paper products, leather, textile adhesives, etc. Gaseous white carbon black, also known as fumed white carbon black, is an extremely important nanomaterial. The whitening agent of fumed white carbon black mainly utilizes the adsorption of fumed white carbon black, and uses chemical methods such as heating, crosslinking, and tensile force to whiten the fumed white carbon black.

Flash point:>100 ° C;> 150 ° C;> 200 ° C;> 300 ° C. Due to the large amount of silica, water, oxides, hydroxyl groups and other components on the surface of fumed silica, it is used for manufacturing ceramics, textiles, inks, lubricants, catalysts, etc. These raw materials have poor biocompatibility, and even in solution, fumed silica adheres well to the surface of the ore, so no other materials are added. In summary, the preparation of gas-phase titanium dioxide mostly involves time or temperature changes.

High purity gas-phase titanium dioxide is a polycrystalline high-performance white pigment without surface treatment. Its particle size is uniform, the specific surface area is large (100 ± 2), the oxidation temperature is high, and it has corrosion resistance, acid resistance, high temperature resistance, engraving resistance, high strength resistance, and low reflection of ultraviolet light without loss. Due to its use of abrasive processing technology, high-purity titanium dioxide is obtained, with small particle sizes and narrower distribution range. Its actual characteristics mainly include the following: