In low temperature environment, traditional lubricants often fail due to poor fluidity, causing equipment jams or even failures. The new ethyl silicone oil, with its excellent low temperature resistance, has successfully broken through the technical bottleneck and achieved stable application in -60℃ environment.
Ethyl silicone oil has an extremely low gel point, below -70℃, which enables it to maintain good fluidity at extremely low temperatures. This property is due to the ethyl group in its molecular structure, which has a longer chain length than the methyl group, giving silicone oil stronger low temperature resistance. In a low temperature environment of -60℃, the new ethyl silicone oil can continuously provide reliable lubrication for the equipment, reduce friction and wear between metal parts, and thus extend the service life of the equipment.
In addition to excellent low temperature resistance, ethyl silicone oil also has good chemical inertness, and is inert to a variety of materials such as metals, alloys, plastics, polymers and rubbers, and will not react chemically with these materials, ensuring the stability and safety of the lubrication process. At the same time, it is non-toxic, explosion-proof, meets environmental protection and safety requirements, and further expands its application range.
At present, the new ethyl silicone oil has been widely used in hydraulic systems, instrumentation, automobiles and aviation industries, providing a strong guarantee for the stable operation of equipment under extremely cold conditions. This technological breakthrough not only solves the lubrication problem in low-temperature environments, but also injects new vitality into the development of related industries.