Application of Silicone Foam on Hybrid Electric Vehicles

 

Shock-absorbing cushioning protection for a silicone foam hybrid car battery case. Hybrid vehicles have the advantages of traditional internal combustion engines and pure electric vehicles. The combination of the two products will intermittently use batteries smaller in size than pure electric vehicles when driven by internal combustion engines, because the batteries are smaller , so to a certain extent, the weight of the car is reduced and the cost of the car is reduced, but at the same time, it also brings some other disadvantages, such as the need to use a smaller seal for the socket and a cylindrical battery sealing gasket. Chemical leaks at places and maintenance inlets are also sealed compared to pure electric. The high resilience of the silicone foam sealing material can continuously provide resilience, so that the single cells can be grouped together, and play the role of dust-proof, waterproof, shock-absorbing, etc., to avoid damage caused by vibration.

Silicone foam seals against the environment

Silicone foam has excellent heat-resistant air aging performance, ozone resistance, insulation, heat preservation, high-performance sealing, and resistance to fuel oil and lubricating oil. It works in medium and is an affordable organic material.

 

Silicone foam shock absorbing and anti-compression

Silicone foam material has excellent anti-compression deformation and creep resistance, which can resist the obvious shrinkage of the material due to compressive stress and temperature changes after long-term use, become flat, provide long-term cushioning, ensure the stability of components, and reduce noise and vibration to extend the life of the car battery.

 

Silicone foam seals shock absorption to the battery

The unique performance of the silicone foam material can produce a very consistent rebound force within a certain compression range, and play a good role in shock absorption and buffering.