Let's first focus on vacuum pumps that handle chemical reaction gases. The working environment of vacuum pumps is complex, and the internal gas composition is diverse and corrosive. Fluorosilicone oil, as a lubricant, can resist the erosion of complex gases with its special chemical structure, forming a stable and lasting lubricating film inside the pump body, ensuring the smooth operation of key components such as the impeller and piston of the vacuum pump, maintaining the efficient and stable operation of the vacuum pump, and ensuring the production continuity of various chemical, pharmaceutical and other industries, becoming the "guardian" of vacuum pumps in complex gas environments.



Let's take a look at the operation of equipment in extreme environments. In an environment where the extremely low temperature can reach tens of degrees below zero and the extremely high temperature can soar to hundreds of degrees Celsius, ordinary lubricants have long been ineffective. Fluorosilicone oil, however, can show its prowess and take on the important task of lubricating bearings. In scenarios such as engine bearings of aerospace equipment and transmission bearings of polar scientific research equipment, fluorosilicone oil, with its excellent high and low temperature resistance, still maintains good fluidity and lubricity at extreme temperatures, allowing the equipment to operate normally under harsh conditions, providing a solid guarantee for the stable operation of equipment for exploring the unknown world.

The watch industry and micro-mechanical industry have extremely stringent requirements for precision. Fluorosilicone oil, as a grease base oil, shines in this field. It has high-precision lubrication performance and can provide just the right amount of lubrication between tiny mechanical parts, reducing friction loss of parts, ensuring precise engagement of watch gears and smooth operation of micro-mechanical precision parts, helping these precision equipment to achieve precise operation and injecting key power into industries such as high-end watch manufacturing and precision instrument production.