Product Abstract
Hong Ye silicone rubber's New Energy Vehicle Battery Fireproof Thermal Barrier Foamed Silicone is EV power battery flame-retardant safety Addition Curing Silicone, automotive battery pack thermal runaway isolation RTV Silicone Foam. Formulated with halogen-free flame-retardant automotive-grade liquid silicone, this battery heat-insulating fireproof Foam Silicone features high-efficiency flame retardancy, electrolyte corrosion resistance, thermal insulation isolation and vibration damping stability, with adjustable 3-6 times high-toughness automotive foaming ratio. It is mainly applied to new energy vehicle battery cell interval filling, battery pack thermal runaway barrier gasket, power module anti-collision buffer layer, automotive battery waterproof and heat-insulating sealing filler. Matched with auto battery precision structural Mold Silicone, the flame-retardant anti-explosion Foaming Silicone Rubber forms safety protective Silicone Sponge for new energy vehicle power battery systems.
Product Overview
This new energy vehicle battery dedicated two-component liquid silicone adopts halogen-free environmental protection flame-retardant formula, meeting automotive industry safety certification standards, effectively blocking heat and flame spread during battery thermal runaway. As high-temperature resistant safety Addition Curing Silicone, it withstands long-term battery operating high temperature and resists erosion of battery electrolyte and automotive coolant. After flame-retardant closed-cell foaming treatment, it forms heat-isolating anti-flame Silicone Sponge. Different from ordinary automotive foam with poor fire resistance and easy aging, this safety-enhanced RTV Silicone Foam improves battery pack overall safety factor, belonging to core safety protective material for new energy vehicle power batteries Foaming Silicone Rubber.
Core Product Features & Advantages
1. Automotive flame retardant safety: Halogen-free flame-retardant structure of Foaming Silicone Rubber effectively suppresses battery thermal runaway spread.
2. Electrolyte corrosion resistance: Inert modified liquid silicone resists long-term battery chemical medium erosion.
3. Efficient thermal insulation barrier: Micropore heat-insulating design of Foam Silicone isolates cell mutual heat conduction.
4. Driving vibration resistance: Elastic stable Addition Curing Silicone buffers vehicle driving jitter and impact.
5. Automotive precision molding: Fits battery pack modular standardized Mold Silicone batch production.
6. Long vehicle service life: Cured Foamed Silicone maintains stable safety performance throughout vehicle service cycle.
Step-by-Step Usage Instructions
1. Automotive raw stirring: Stir EV battery grade A/B liquid silicone evenly to fully disperse flame-retardant functional additives.
2. Isometric stable mixing: Mix raw materials at 1:1 ratio for 3 minutes to stabilize flame-retardant and heat-insulating performance.
3. Pore uniformity defoaming: Adjust internal bubble structure to ensure consistent barrier effect of battery Silicone Sponge.
4. Battery mold curing: Shaping via automotive battery dedicated Mold Silicone to obtain safety-grade RTV Silicone Foam.
Application Scenarios
Electric vehicle battery cell interval thermal barrier filler, battery pack bottom anti-collision heat-insulating pad, new energy vehicle power module flame-retardant sealing layer, hybrid car battery waterproof buffer foam, vehicle energy storage battery vibration isolation protective liner. The fireproof Foamed Silicone comprehensively upgrades the safety performance of new energy vehicle battery systems.
Precautions
Avoid sharp metal piercing during assembly to prevent damage to the flame-retardant isolation structure of Addition Curing Silicone.
Packaging & Storage
200KG automotive industry sealed barrel, ventilated dry storage, retain flame-retardant safety performance of raw Foam Silicone.
FAQ
Q1: Can this Silicone Sponge effectively block battery thermal runaway spread?
A1: High flame-retardant grade Foaming Silicone Rubber realizes rapid heat insulation and flame suppression.
Q2: Resist long-term battery electrolyte and high-temperature erosion?
A2: Chemical inert Addition Curing Silicone adapts complex battery operating environment.
Q3: Custom modular parts for vehicle battery packs with Mold Silicone?
A3: Low-shrinkage high-stability RTV Silicone Foam supports automotive battery mass customization.
Shenzhen Hong Ye Jie Technology Co., Ltd
Contact Now
