Product Abstract
Hong Ye silicone rubber's New Energy Battery Thermal Insulation Flame Retardant Foamed Silicone is power battery module heat insulation anti-explosion Addition Curing Silicone, energy storage equipment flameproof shock absorption RTV Silicone Foam. Developed from battery safety flame-retardant grade liquid silicone, this new energy equipment protective Foam Silicone features excellent flame retardancy, low thermal conductivity, buffer shock resistance and battery temperature cycle stability, with adjustable 3-5 times high-safety foaming ratio. It is widely used for lithium battery module gap filling, energy storage cabinet heat insulation liner, battery pack anti-collision buffer layer, new energy power equipment thermal isolation filler. Matched with battery equipment precision assembly Mold Silicone, the flame-retardant temperature-resistantFoaming Silicone Rubber forms safe heat-insulating Silicone Sponge for new energy battery and energy storage systems.
Product Overview
This new energy battery dedicated two-component liquid silicone is professionally developed for battery charging and discharging temperature alternation, extrusion collision and thermal runaway prevention working conditions, solving the defects of ordinary foam such as poor flame resistance, high-temperature shrinkage, heat conduction and easy aging in energy storage scenarios. As battery safety inert flame-retardant Addition Curing Silicone, it can block high-temperature heat transfer and prevent thermal runaway spread between battery cells. After flame-retardant closed-cell foaming treatment, it forms heat-isolating safety protective Silicone Sponge. Different from ordinary foam materials that are flammable and easy to fail at high temperature, this battery-grade RTV Silicone Foam improves the overall safety and cycle life of battery packs, belonging to core safety protective material for new energy battery equipment Foaming Silicone Rubber.
Core Product Features & Advantages
1. Superior flame retardant performance: Inherent fire-resistant molecular structure of Foaming Silicone Rubber suppresses battery thermal runaway risk.
2. Efficient heat insulation: Low thermal conductivity modified formula of liquid silicone isolates heat transfer between battery modules.
3. Impact buffer protection: Elastic closed-cell design of Foam Silicone relieves battery pack extrusion and collision pressure.
4. Temperature cycle stability: Stable anti-aging performance of Addition Curing Silicone adapts long-term battery temperature fluctuation.
5. Battery structure fitting: Fits irregular gaps of lithium battery modules with precision customized Mold Silicone.
6. Long service stability: Flame-retardant cured Foamed Silicone maintains long-term safety protection for energy storage equipment.
Step-by-Step Usage Instructions
1. Battery grade raw stirring: Stir new energy flame-retardant A/B liquid silicone evenly to activate thermal insulation and safety performance.
2. Constant-speed precise mixing: Mix 1:1 raw materials for 3 minutes to form uniform flame-retardant foaming structure.
3. Safety defoaming treatment: Optimize pore compactness to enhance heat insulation effect of battery Silicone Sponge.
4. Battery mold curing: Precision battery module shaping via new energy dedicated Mold Silicone to obtain flame-retardant RTV Silicone Foam.
Application Scenarios
Lithium battery pack heat insulation foam, energy storage cabinet flameproof liner, electric vehicle battery module buffer filler, portable energy equipment thermal isolation layer, battery management system anti-collision protective pad. The high-safety Foamed Silicone provides all-round safety protection for new energy battery systems.
Precautions
Avoid sharp piercing during battery assembly to protect the structural integrity of Addition Curing Silicone.
Packaging & Storage
25KG new energy safety sealed barrel, dry constant temperature storage, retain flame-retardant heat insulation performance of raw Foam Silicone.
FAQ
Q1: Can this Silicone Sponge effectively improve battery pack safety? A1: High flame-retardant anti-thermal runaway Foaming Silicone Rubber enhances battery system safety performance.
Q2: Can it adapt long-term charge and discharge temperature cycle environment? A2: Temperature-resistant stable liquid silicone maintains performance without aging or failure.
Q3: Custom special-shaped gaskets for different battery modules with Mold Silicone? A3: High-precision low-tolerance RTV Silicone Foam supports full new energy battery customization.
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