Product Abstract
Hong Ye silicone rubber‘s New Energy Energy Storage Battery Thermal Insulation & Anti-Explosion Foamed Silicone is lithium battery pack flame-retardant thermal barrier Addition Curing Silicone, energy storage module gap shock absorption insulationRTV Silicone Foam . Formulated with battery safety grade flame-retardant liquid silicone, this new energy protective Foam Silicone features low thermal conductivity, flame retardant isolation, battery expansion buffer and insulation resistance, with adjustable 3-6 times flame-retardant low-density foaming ratio. It is widely used for household energy storage battery pack gap filling, outdoor power storage module thermal isolation layer, lithium battery anti-collision buffer liner, portable power station heat insulation and explosion-proof filler. Matched with battery module precision assembly Mold Silicone, the flame-retardant safe Foaming Silicone Rubber forms heat-isolating anti-risk Silicone Sponge for new energy storage battery systems.
Product Overview
This energy storage battery dedicated two-component liquid silicone is specially developed for lithium battery frequent charge-discharge temperature rise and expansion deformation working conditions, solving the safety hazards of ordinary foam flammability, easy aging and poor buffering in battery packs. As high-safety flame-retardant Addition Curing Silicone, it can block thermal runaway spread between single batteries and buffer battery expansion extrusion. After flame-retardant closed-cell foaming treatment, it forms insulating heat-isolating Silicone Sponge. Different from ordinary porous foam that accelerates heat conduction and combustion, this battery-grade RTV Silicone Foam greatly improves the overall safety of energy storage equipment, belonging to indispensable flame-retardant protective material for new energy battery packsFoaming Silicone Rubber.
Core Product Features & Advantages
1. Battery thermal runaway isolation: Flame-retardant structure of Foaming Silicone Rubber prevents chain combustion of battery packs.
2. Flexible expansion buffer: Elastic modified liquid silicone adapts slight expansion and contraction of lithium batteries.
3. Ultra-low heat conduction barrier: Micropore isolation design of Foam Silicone reduces internal battery temperature accumulation.
4. High insulation safety: Stable dielectric property of Addition Curing Silicone avoids battery short circuit risk.
5. Battery module precision molding: Fits compact battery pack gaps with dedicated industrial Mold Silicone.
6. Long-cycle durability: Anti-aging cured Foamed Silicone matches long battery service cycle.
Step-by-Step Usage Instructions
1. Battery grade raw stirring: Stir energy storage dedicated A/B liquid silicone evenly to stabilize flame-retardant insulation performance.
2. Accurate proportional mixing: Mix 1:1 raw materials for 3 minutes to ensure uniform foaming and stable buffer structure.
3. Thermal barrier defoaming: Optimize pore density to enhance heat insulation effect of battery Silicone Sponge.
4. Battery mold curing: Precision shaping via energy storage module Mold Silicone to obtain flame-retardant RTV Silicone Foam.
Application Scenarios
Household energy storage battery pack flame-retardant filling, outdoor portable power station heat insulation buffer layer, industrial energy storage cabinet battery gap isolation foam, electric equipment lithium battery anti-explosion liner, backup power module temperature control protective layer. The safe Foamed Silicone builds a reliable thermal safety barrier for new energy storage equipment.
Precautions
Avoid sharp piercing during assembly to prevent damage to the insulating structure of Addition Curing Silicone.
Packaging & Storage
25KG new energy dust-free sealed barrel, constant temperature dry storage, retain flame-retardant insulation performance of raw Foam Silicone.
FAQ
Q1: Can this Silicone Sponge effectively improve battery pack safety?
A1: Professional flame-retardantFoaming Silicone Rubber suppresses battery thermal runaway and heat spread.
Q2: Will it affect battery heat dissipation and normal operation?
A2: Temperature-control optimized liquid silicone balances heat dissipation and thermal isolation perfectly.
Q3: Custom thin-layer gaskets for compact battery modules with Mold Silicone?
A3: Low-thickness high-precision RTV Silicone Foam supports all energy storage battery customization.
Shenzhen Hong Ye Jie Technology Co., Ltd
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