TC Series Ceramic-forming Silicone Foam
TC Series Ceramic-forming Silicone Foam
TC Series ceramic-forming closed-cell silicone foam is high-performance fire-resistant elastomeric material engineered for new energy vehicle battery passive fire protection system. The material delivers outstanding compression resilience, thermal insulation and flame retardant performance; upon exposure to temperature above 500°C, it converts into rigid ceramic-shaped skeleton to block flame propagation, capable of enduring continuous flame exposure at up to 800°C, applicable for battery enclosure sealing and cell gap filling cushioning.
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TC Series Ceramic-forming Silicone Foam
Product Description
TC Series ceramic-forming closed-cell silicone foam is high-performance fire-resistant elastomeric material engineered for new energy vehicle battery passive fire protection system. The material delivers outstanding compression resilience, thermal insulation and flame retardant performance; upon exposure to temperature above 500°C, it converts into rigid ceramic-shaped skeleton to block flame propagation, capable of enduring continuous flame exposure at up to 800°C, applicable for battery enclosure sealing and cell gap filling cushioning.
TC Series ceramic-forming closed-cell silicone foam is high-performance fire-resistant elastomeric material engineered for new energy vehicle battery passive fire protection system. The material delivers outstanding compression resilience, thermal insulation and flame retardant performance; upon exposure to temperature above 500°C, it converts into rigid ceramic-shaped skeleton to block flame propagation, capable of enduring continuous flame exposure at up to 800°C, applicable for battery enclosure sealing and cell gap filling cushioning.
Core Technical Attributes
• Superior Compression, Thermal Insulation & Fire Resistance Properties
• Long-term Resistance against 800°C Open Flame Exposure
• Ceramic Char Formation above 500°C
• Composite Lamiination Compatibility for Integrated Manufacturing
• Superior Compression, Thermal Insulation & Fire Resistance Properties
• Long-term Resistance against 800°C Open Flame Exposure
• Ceramic Char Formation above 500°C
• Composite Lamiination Compatibility for Integrated Manufacturing
Approved Application Scope
• Low-closing-force sealing gaskets for power battery pack housings
• Interstitial filling cushion pads between lithium-ion battery cells
• Low-closing-force sealing gaskets for power battery pack housings
• Interstitial filling cushion pads between lithium-ion battery cells
Physical & Mechanical Property Specifications
Schematic diagram of temperature difference between hot and cold surfaces
Supplementary
1. Standard colour: Grey/Black; custom pigment formulation available upon formal client request.
2 Available post-processing: Precision die-cutting, slitting, PSA adhesive lamination and substrate composite bonding as per certified engineering drawings.
3. Unique ceramic charring property serves as core passive fire protection solution for EV battery thermal runaway containme
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