The following are some basic properties of phenyl silicone oil as a lubricant:
Excellent lubrication performance
Reduced friction coefficient: Phenyl silicone oil can form a stable and uniform lubricating film on the contact surface, effectively separate the parts that rub against each other, significantly reduce the friction coefficient between them, make mechanical movement smoother, reduce energy loss and heat generated by friction. For example, using phenyl silicone oil in ball bearings can greatly reduce the friction when the ball rolls, and the bearing runs more smoothly and efficiently.

Reduce wear: With good lubrication, it can prevent wear caused by direct contact between parts and extend the service life of equipment parts. For example, many parts that run at high speed and rub against each other inside the car engine can be well protected by lubricating them with phenyl silicone oil, reducing the risk of failure caused by wear.

Good thermal stability
High temperature resistance: It can maintain stable performance over a wide temperature range, especially in high temperature environments, and will not easily decompose, oxidize or lose lubrication ability. For example, in high-temperature fan bearings, even if they are in high-temperature operation for a long time, phenyl silicone oil can still continue to play a lubricating role to ensure the normal operation of the fan.
Good low-temperature fluidity: It also has good fluidity under low temperature conditions, ensuring that the equipment can also be effectively lubricated in cold environments, and it will not solidify and become unusable due to low temperature, which is very critical for some equipment operating under low temperature conditions.

Strong chemical stability
Not easy to react with other substances: It has good tolerance to most chemical substances and is not easy to react chemically with metals, rubbers, plastics and other materials in the equipment, thereby avoiding problems such as lubricant deterioration and corrosion of equipment components caused by chemical reactions, and ensuring the stability of the equipment and its own performance.

Low volatility
During use, the evaporation rate is very slow and the loss is relatively small. There is no need to add frequently to maintain the lubrication effect, which helps to ensure the long-term and stable lubrication status of the equipment and reduce maintenance costs and use costs.

Excellent electrical insulation
Suitable for use in electronic and electrical equipment, it can prevent electrical problems such as current leakage while playing a lubricating role, ensuring the electrical safety and normal operation of the equipment, which is one of the important reasons why it is widely used as a lubricant in the field of electronic and electrical appliances.