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Cushion& Thermal Insulation Material for module, prismatic call battery
Recommended materials:
MPP polyolefin foam
Features: Foam can be used directly after die-cuting, or laminating with aerogel, mica and other materials to maximize the properties of heat insulation, cushion and electric insulation. It has the characteristics of flexible hardness , high resilience , narrow dimensional tolerance and excellent compressive performance, which can fill the dimensional tolerance of aerogel, square shell and other components. Xiangyuan provides different solutions based on CFD, max. compression of cells, cost,
FR grade.
Thermal insulation solutions for battery pack
Xiangyuan introduces the MPP series foam according to the structure and thermal insulation requirements of the battery pack, which mainly plays a supporting and thermal insulation role between the cold plate and bottom guard board thanks for its high strength and low thermal conductivity (≤ 0.04W/(m · k)). It effectively protects to bottom of battery pack from impact and scratch damage. It also has excellent cushion and energy absorption performance, which improve the durability and safety of the battery pack.
Application conditions：
Support and thermal insulation at the bottom of battery pack module.
Support and thermal insulation between the bottom of the battery pack box and the bottom guard board.
Features：
Small thickness tolerance, low thermal conductivity, high hydrophobicity
Cold Plate Support Material
Recommended materials: MP polyolefin foam
Features:
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MP foam has features such as lightweight, shock absorption and chemical corrosion resistance. It not only eliminates the noise generated by friction between boards but also effectively reduces the wear between boards, thus extending the service life of the cold plate.
With the rapid growth of global energy demand, vigorously developing renewable energy is the future trend. Modern renewable energy technology is developing very rapidly. The cost of renewable energy decreases with the mature application of technology. Non-hydroelectric renewable energy such as wind energy, solar energy, geothermal energy, tidal energy and ocean wave energy emerge in endlessly, surpassing the global average annual growth rate of any other energy. How to efficiently store energy is the key to the development of these fields. The high-end foaming materials developed by Xiangyuan New Material can meet the requirements of new energy storage batteries for sealing and sealing materials in the future. These unique materials can effectively play the role of dust prevention, shock prevention, waterproof, flame retardant, aging resistance, and other pollutants during the use of products, reduce maintenance costs and improve energy utilization.
