Practical Application Cases of Stainless Steel Automotive Shock Absorbing Pads

Stainless steel compressed wire mesh shock absorbing pads possess excellent elasticity, high-temperature resistance, vibration damping, noise reduction and anti-fatigue properties. They are widely used in various automobile systems. Typical application cases are shown below:

1. Automobile Exhaust System

Installed at the connecting flanges of exhaust pipes, three-way catalytic converters, turbochargers and EGR pipelines. The pads buffer intense vibration produced by engines during operation, avoid air leakage at joints, and withstand long-term impact of high-temperature exhaust gas. They effectively reduce exhaust noise and extend the service life of exhaust assemblies.

2. New Energy Vehicle Battery System

Adopted as shock-absorbing buffer pads inside power battery packs. They relieve vibration and impact load transferred from road conditions during driving, prevent friction and collision between battery cells. Meanwhile, the metal mesh structure realizes heat conduction and auxiliary heat dissipation, ensuring safe and stable operation of the battery system.

3. Engine & Auxiliary Components

Used for shock isolation of engine peripheral accessories such as air compressors and vacuum pumps. They cut off vibration transmission paths from engines to vehicle body, lower interior resonance noise and improve driving comfort.

4. Chassis and Suspension Auxiliary Parts

Serving as buffer gaskets for partial chassis connecting components. They absorb slight vibration and shock generated during vehicle driving, reduce metal abrasion caused by rigid contact of parts, and improve the durability of chassis assemblies.

5. Thermal Management System

Applied to the shock absorption and sealing of new energy vehicle cooling pipelines. They adapt to frequent temperature changes, avoid loose joints caused by vibration, and prevent leakage of cooling liquid.