Regarding the lubrication solutions for phenyl vinyl rubber in automobile manufacturing, it should be first clarified that phenyl vinyl rubber (such as solution styrene butadiene rubber SSBR and 120 methyl phenyl vinyl rubber MBE) is mainly used as a material rather than a direct lubricant in automobile manufacturing. However, they indirectly support the lubrication and durability of automotive parts by providing excellent physical and chemical properties.

Application of phenyl vinyl rubber in automobile manufacturing
Tire manufacturing:
SSBR: Solution styrene butadiene rubber (SSBR) can optimize the tire's wet skid resistance, rolling resistance and wear resistance by adjusting the content of styrene and vinyl. SSBR with high vinyl content has the characteristics of low hysteresis loss and less heat generation, which is suitable for high-performance green tires.
MBE: 120 methyl phenyl vinyl rubber (MBE) has high tensile strength and elongation at break, good chemical resistance and temperature stability, and is suitable for tire manufacturing, especially in applications that need to withstand high tension or tear resistance requirements.
Other automotive parts:
Phenyl vinyl rubber is also used in other parts of automotive manufacturing, such as seals, adhesives and coatings, due to its excellent physical and chemical properties.
Lubrication solutions
Although phenyl vinyl rubber is not a lubricant itself, they indirectly support the lubrication of automotive parts by providing the following properties:
Wear resistance: Highly wear-resistant materials can reduce wear between parts, thereby extending the service life of parts and reducing friction and heat caused by wear.
Elasticity: Good elasticity can ensure that parts can recover quickly when they are stressed or deformed, reducing friction and resistance caused by deformation.
Chemical resistance: It can resist a variety of solvents, acids and alkalis and other chemicals, and is not susceptible to corrosion and aging, thereby maintaining the stability and lubricity of parts.
Specific application examples
In tire manufacturing, by optimizing the styrene and vinyl content of SSBR, tires with excellent anti-skid and rolling resistance can be produced, thereby improving tire grip and fuel economy.

In automotive seals, the use of MBE can provide excellent sealing performance and durability, reducing leakage and friction caused by poor sealing.
In summary, although phenyl vinyl rubber itself is not a direct lubricant, it plays an indirect lubricating role in automobile manufacturing by providing excellent physical and chemical properties. By selecting the appropriate phenyl vinyl rubber type and formulation, the lubrication performance and service life of automobile parts can be optimized.