I have not found any direct information on the lubricating effect of Phenyl vinyl silicone rubber in the rubber industry. However, I can provide some information on other applications of Phenyl vinyl silicone rubber in the rubber industry and its properties, which may be indirectly related to its lubricating effect.

Phenyl vinyl silicone rubber, such as methyl phenyl vinyl silicone rubber (MPVQ), is widely used in the rubber industry. Such rubbers generally have excellent heat resistance, cold resistance, chemical corrosion resistance and good electrical properties. These properties make them an important material choice in the fields of automobile manufacturing, electrical and electronic, construction and aerospace.

In automobile manufacturing, Phenyl vinyl silicone rubber can be used to connect metal and plastic parts to ensure a strong bond between automobile parts and improve the safety and stability of the whole vehicle. This strong bond may indirectly reduce friction and wear between parts, thereby playing a lubricating role to a certain extent. However, this does not mean that Phenyl vinyl silicone rubber itself has a direct lubricating effect.

In addition, Phenyl vinyl silicone rubber is also often used as a component of adhesives or sealants. In these applications, their main function is to provide strong adhesion or sealing properties rather than lubrication.

Although Phenyl vinyl silicone rubber may not directly have a lubricating effect, some of their properties (such as chemical corrosion resistance, good elasticity and flexibility, etc.) may enable them to play a positive role in certain lubrication systems. For example, in lubrication systems that require chemical corrosion resistance and high temperature stability, Phenyl vinyl silicone rubber may be used as an additive or modifier to improve the overall performance of the system.

In general, although Phenyl vinyl silicone rubber is not directly characterized by lubrication in the rubber industry, their various excellent properties enable them to indirectly play a role in lubrication or friction reduction in certain applications. If a more specific lubrication effect evaluation is required, it is recommended to consult a professional rubber engineer or lubricant manufacturer.