Custom Electric Vehicle Battery Insulation Thermal Conductive
Silicone Foam Sheet
Product Overview
Silicone thermal insulating foam emerges as a critical element in
advancing the technology of new energy vehicles (NEVs), tackling
the challenges of thermal regulation, electrical isolation, and
shock absorption. This material is renowned for its exceptional
heat resistance, superior electrical insulation qualities, and
outstanding ability to dampen vibrations, making it indispensable
for the engineering of both electric vehicles (EVs) and hybrid
electric vehicles (HEVs).
Thermal Regulation Capabilities
In the critical area of thermal regulation, silicone thermal
insulating foam is instrumental in optimizing the performance and
lifespan of EV batteries. With its capability to endure a broad
temperature range from -60°C to 630°C, it provides essential
protection against the severe heat fluctuations encountered during
the batteries' charging and discharging processes, significantly
enhancing both battery efficacy and safety.
Vibration Absorption Advantages
Furthermore, this foam's vibration absorption qualities play a key
role in diminishing noise, vibration, and harshness (NVH) within
the vehicle, thereby elevating the driving experience. It
effectively reduces the transmission of vibrations from both the
vehicle's operation and external road conditions, ensuring a more
comfortable ride for passengers.
Specifications and Technical Details
- Product Type: High-grade, heat-resistant silicone sponge sheet or
silicone rubber foam sheet
- Available Colors: A range of colors including red, gray, black,
and customizable Pantone colors
- Density: Specified from 0.7 to 1.1 g/cm^3
- Tensile Strength: Ranges from 5 to 7 Mpa
- Elongation: Achieves 200 to 300%
- Size Options:
- Widths: Standard sizes include 0.5m, 1.0m, 1.2m, and 1.5m, with
customization available
- Thickness: From 1-30mm and lengths from 5-50m, customizable as
required
Product Features:
- Composed of high-quality silicone, ensuring exceptional
elasticity
- Maintains performance across temperatures from -60°C to 630°C
- Resists a wide array of environmental stresses including ozone,
acid, alkali, oil, water, abrasion, tears, and impacts
- Features durability, age resistance, color stability, and low
flammability
Applications:
- Ideal for use in engineering machinery, ironing and pressing
machinery
- Essential for electrical and electronic equipment such as
computers and printers
- Supports automotive, aerospace, clothing, and energy sectors
- Suitable for high-temperature environments like furnaces,
heaters, kitchenware, chimneys, and gas appliances
