silicone foam

Core physical performance (industrial general parameters)

1. Temperature resistance range: conventional -60 ℃~200 ℃, long-term stable; The high-temperature resistant version can reach 250 ℃, and the ceramicized version can withstand 500 ℃ for a short time+
2. Density: 0.2-0.8g/cm ³ (200-800kg/m ³), low-density lightweight, high-density with higher strength
3. Compression rebound: permanent compression deformation ≤ 5% (100 ℃/24h), long-term compression without collapse, preferred for filling energy storage battery modules
4. Flame retardant: high-end model UL94 V-0, low smoke and low toxicity, meets energy storage fire prevention standards
5. Insulation and heat insulation: volume resistivity>10 ¹⁴Ω· cm; thermal conductivity ≈ 0.04-0.06W/m · K, cell insulation barrier
6. Sealed and Waterproof: The closed cell structure can achieve IP67/IPX7 dust and waterproof, and is specifically designed for sealing cabinet door frames
7. Weather resistance: UV, ozone, and moisture resistance, outdoor energy storage cabinets will not harden or crack after 10 years of aging
8. Environmental Protection: VOC free, RoHS/ELV compliant, odorless, suitable for use in vehicles and medical equipment

   Core applications in the energy storage/new energy industry (your energy storage cabinet auxiliary material scenario)

   1. Sealing of energy storage cabinet body: The cabinet door frame is backed with adhesive silicone foam, which is dustproof, waterproof, shock-absorbing, and noise reducing
   2. Battery module filling: cushioning and insulation between battery cells, absorbing charging and discharging expansion stress, and blocking thermal conduction
   3. High voltage component insulation lining: BMS, combiner box insulation buffer, anti short circuit
   4. Fireproof and thermal insulation isolation: Ceramic silicon foam, flame retardant barrier for battery cell thermal runaway
   5. Heat dissipation gap filling: Thermal conductive silicon foam filling device gaps to assist in heat dissipation