Polyether modified silicone oil is a unique organic silicon non ionic material that is grafted and copolymerized with polyether and polydimethylsiloxane.
Polyether modified reactive organosilicon non ionic surfactants are used in the production of products by modifying the number of silicone oil chains or changing the ratio of polyether Eo to Po and changing their chain links.
Compared with traditional polydimethylsiloxane, silicone oil has better lubricity and wear resistance; At the same time, it has better heat resistance and oxidation resistance, so many enterprises choose to use organic silicon.
The term ‘silicone oil’ is definitely familiar to everyone, especially as a material, silicone oil is a part of organic silicone materials. Nowadays, the application range of silicone oil is indeed becoming increasingly widespread, and the name “silicone oil” has brought many thermal management personnel. In order to make silicone oil play its performance and continuously improve its application, atomized silicone oil has become a hot new term among people.
Organic silicon materials require high-performance and fine-grained silicone oil, which is an interfacial active agent that reduces the anchoring of silicone oil molecules when they come into contact with functional groups, thus forming an elastic film.
Organic silicon materials also require high-purity silicone oil. What are the main functions of silicone oil lubrication? Speaking of silicone oil, let’s talk about the structure of silicone oil and its different forms. Silicone oil can be divided into various types, such as methyl silicone oil, ethyl silicone oil, phenyl silicone oil, ethyl silicone oil, hydroxyl silicone oil, silicone tree silicone oil, hydrocarbon silicone oil, vinyl silicone oil, amino silicone oil, fluorosilicone oil, and so on.
Excellent shear stability, with the function of absorbing vibration and preventing vibration propagation, can be used as a damping fluid.
It is a non-toxic, low foaming, and strong anti foaming oil that can be used as a defoamer.
Due to its high heat resistance and weather resistance, it is difficult for hydrocarbon processing plants to choose a heat resistant grade that can meet their usage requirements. Therefore, it is particularly important in terms of application methods, and it is generally difficult to reach the usage temperature range.
This process does not have the following advantages, but as the demand for heat resistance increases and the heat resistance temperature exceeds the limit, the thermal performance begins to decline, the temperature resistance deteriorates, and the low temperature resistance decreases. At present, the heat resistant temperature used on production lines both domestically and internationally is very high. It is used in some low-end or well-known brand factories, or in some large cities, but the price is relatively high. In some instrument manufacturing factories, export processing and other methods, a large number of pure ones are used, and the heat resistant temperature can only be different, such as low-temperature mold workshops.
At present, for high-temperature products that want to be tested, the use of silicone materials can better ensure long-term high-temperature performance, such as avoiding the use of risky silicone materials. Most of these materials can only be used when the oxidation temperature is high, so these protective equipment has high requirements for testing equipment. Sometimes, it is necessary to use silicone materials containing hydrogen or without silicone oil, such as silicone oil, polyether silicone oil, etc.