Automotive suspension is a critical system that connects the body and wheels, with its core mission being to transmit force and torque, cushion road impacts, and maintain vehicle stability during operation.
Rubber resilience is a key indicator for measuring the dynamic performance of rubber materials, which directly affects the service life and performance of automotive tires, shock absorbers, rubber pads, and other products.
As a key actuator for fluid control, solenoid valves play an extremely important role and are indispensable in the braking and suspension systems of new energy vehicles due to their advantages of fast response, high-precision control, and reliability.
Rubber materials have been widely used in various fields such as automotive, construction, electronics, and aerospace due to their excellent elasticity, wear resistance, and insulation properties.
NBR (nitrile butadiene rubber), with its excellent oil and heat resistance, has been widely used in the field of seals. However, its relative lack of wear resistance limits its potential application in high-wear environments.
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