Excellent Chemical Stability

Fluorosilicone oil boasts remarkable chemical stability, which is mainly attributed to the strong electronegativity of fluorine atoms in its molecular structure. In the lubricating oil system, it can resist the erosion of various chemical substances. Whether it's acidic or alkaline materials, it's difficult for them to react with fluorosilicone oil. This means that in complex industrial environments, such as chemical production and automobile exhaust gas treatment, lubricating oil containing fluorosilicone oil can maintain stable performance and won't deteriorate or fail due to chemical reactions with the surrounding medium. This stability enables equipment to receive reliable lubrication protection in harsh chemical environments, extending the service life of equipment and reducing equipment failures and maintenance costs caused by poor lubrication.

Superior High and Low Temperature Performance

In high - temperature environments, ordinary lubricating oils often experience reduced viscosity, thinned oil films, and even oil film rupture. However, fluorosilicone oil demonstrates superior high - temperature performance. It can maintain appropriate viscosity at high temperatures, ensuring the integrity and stability of the oil film. For example, in high - temperature equipment such as aircraft engines and industrial furnaces, fluorosilicone oil can withstand high temperatures of several hundred degrees and continuously provide lubrication for the key components of equipment, preventing component wear and seizure caused by high temperatures. In low - temperature environments, fluorosilicone oil also performs excellently. It has a very low low - temperature viscosity, which allows it to quickly form an effective lubricating film when equipment starts. For mechanical equipment operating in cold regions, such as polar scientific expedition equipment and outdoor engineering machinery in winter, using lubricating oil with fluorosilicone oil can ensure the smooth start - up of equipment in low - temperature conditions, reduce start - up wear, and improve the reliability and work efficiency of equipment.

Good Insulation Performance

For some lubrication applications involving electrical equipment, the insulation performance of fluorosilicone oil is of great significance. It can effectively prevent current leakage and ensure the safe operation of electrical equipment. In electrical equipment such as motors and transformers, lubricating oil with fluorosilicone oil can serve as an insulating medium while providing lubrication, preventing faults such as short - circuits and arcs caused by the conductivity of lubricating media. This not only improves the operational safety of equipment but also avoids equipment damage and production interruptions caused by electrical faults, ensuring the continuity and stability of production.

Outstanding Radiation Resistance

In some special industrial environments, such as nuclear power generation and radioactive material handling sites, equipment is exposed to radiation. Fluorosilicone oil has outstanding radiation resistance and can resist the destructive effect of radiation on the molecular structure of the oil. In radiation environments, ordinary lubricating oils may deteriorate due to radiation - caused molecular chain breakage, while lubricating oils containing fluorosilicone oil can maintain stable performance and continue to provide lubrication for equipment. This provides reliable protection for the operation of equipment in radiation environments, ensuring the normal progress of production activities in these special fields and reducing safety hazards and equipment failure risks caused by lubrication problems.