The performance comparison of phenyl vinyl silicone rubber (taking 120 methyl phenyl vinyl silicone rubber as an example) and other lubricating materials can be analyzed from multiple dimensions. The following is a comparison of the performance of phenyl vinyl rubber and several common lubricating materials:

1. phenyl vinyl silicone rubber
Abrasion resistance: phenyl vinyl silicone rubber has excellent wear resistance and can withstand applications with high tension or tear resistance requirements. It is suitable for manufacturing tires, rubber pipes, wires and cables and other rubber products.
Chemical resistance: It can resist a variety of solvents, acids and alkalis and other chemicals, and is not susceptible to corrosion and aging.
Adhesion characteristics: Due to the presence of a large number of polar bond structures on its molecular chain, it can be firmly bonded to a variety of substrates and is widely used in bonding, packaging and coating.
Temperature stability: It can still maintain excellent adhesion at high temperatures and maintain flexibility and elasticity in low temperature environments.
Application areas: automotive manufacturing, electronics industry, construction industry, and medical equipment manufacturing.

2. Common lubricating materials
Calcium-based grease
Water resistance: good.
Heat resistance: poor, maximum operating temperature 60°C
Application areas: Suitable for lubrication of general mechanical equipment.
Sodium-based grease
Water resistance: Very poor.
Heat resistance: General, temperature around 80°C.
Rust resistance: General.
Application areas: Suitable for occasions with less water and low temperature.
Lithium-based grease
General lithium-based grease: Good heat resistance, water resistance, and rust resistance, with a maximum temperature of 120°C.
Extreme pressure lithium-based grease: Good heat resistance, water resistance, and rust resistance, good extreme pressure performance, and a maximum temperature of 120°C, suitable for lubrication of mechanical equipment and bearings and gears with high loads.
Molybdenum disulfide extreme pressure lithium-based grease: Good heat resistance, water resistance, and rust resistance, good extreme pressure performance, and a maximum temperature of 120°C, suitable for parts with high loads or impact loads.
Bentonite grease
Heat resistance: Good.
Water resistance: Good.
Rust resistance: Poor.
Maximum temperature: around 130°C.
Application areas: Suitable for lubrication of mechanical equipment in high temperature and humid environments.
Calcium-based composite grease
Heat resistance: good.
Water resistance: good.
Rust resistance: good.
Mechanical stability (shear resistance): good.
Maximum temperature: about 130℃.
Application area: suitable for lubrication of heavy-loaded and high-speed mechanical equipment.
Extreme pressure lithium-based composite grease
Heat resistance: good.
Water resistance: good.
Rust resistance: good.
Mechanical stability: good.
Extreme pressure: good.
Maximum temperature: 180℃.
Application area: suitable for lubrication of mechanical equipment under extreme load and high temperature environment.
Polyurea grease
Heat resistance: good.
Oxidation resistance: good.
Water resistance: good.
Extreme pressure: good.
Bearing life: long.
Radiation resistance: has certain radiation resistance.
Application area: suitable for lubrication of mechanical equipment under harsh environments such as high load, high temperature and radiation resistance.

3. Performance comparison summary
Abrasion resistance: phenyl vinyl silicone rubber has excellent wear resistance, while grease materials are relatively weak.
Chemical resistance: phenyl vinyl silicone rubber can resist a variety of chemicals, while grease materials may deteriorate due to chemical erosion.
Adhesion properties: phenyl vinyl silicone rubber has excellent adhesion properties and can be firmly bonded to a variety of substrates, while grease materials mainly play a lubricating role and have weaker adhesion properties.
Temperature stability: phenyl vinyl silicone rubber can maintain good performance in both high and low temperature environments, while the performance of grease materials may fluctuate due to temperature changes.
Application areas: phenyl vinyl silicone rubber is widely used in automobile manufacturing, electronics industry, construction industry, medical equipment manufacturing and other fields, while grease materials are mainly used for the lubrication of mechanical equipment.

In summary, phenyl vinyl silicone rubber and other lubricating materials have their own characteristics in performance. Which material to choose depends on the specific application scenario and needs.