Unveiling the Future of EV Batteries Aerogel Pads for Enhanced Thermal Management
Product Description
In practical scenarios, Aerogel Pads fulfill several
Introducing the ThermalGuard Pad, a groundbreaking innovation in Electric Vehicle (EV) battery technology that tackles the crucial challenge of thermal management within EV batteries. Engineered with a strong focus on safety, efficiency, and longevity, this cutting-edge design offers a multifaceted solution. Despite its lightweight and translucent nature, the ThermalGuard Pad excels in delivering exceptional thermal insulation. This capability plays a critical role in preventing the detrimental consequences of excessive heat buildup and ensuring uniform temperature distribution among battery cells, effectively mitigating the risk of thermal runaway incidents.
Performance introduction
Our high-performance ThermalGuard Pad offers a wide range of thickness options, ranging from 0.5 to 6.0mm, and can be customized to a width of 1400±100mm. This advanced white Aerogel Pad is specifically engineered to operate effectively in temperatures up to a maximum of 650℃, boasting a density of 200±20kg/m^3. Its exceptional thermal conductivity properties ensure optimal insulation performance across various temperature ranges, guaranteeing reliable and efficient thermal management in diverse operational conditions. The product surpasses stringent flame retardant standards, achieving an A Grade per GB/T 8624-2012 and V0 per UL94-2013. Additionally, it delivers outstanding waterproofing performance with a rate exceeding 98% according to GB/T10299-2011. Complying with RoHs/REACH/ELV biosafety regulations, this Aerogel Pad ensures both environmental and user safety.
The Aerogel Pads go beyond their outstanding thermal insulation capabilities and offer remarkable electrical insulation properties, effectively mitigating the risks associated with short circuits and electrical malfunctions within EV batteries. Their lightweight composition also contributes to reducing the overall vehicle weight, resulting in improved range and enhanced efficiency. These pads perform critical functions within EV batteries, such as facilitating efficient inter-cell insulation to manage heat distribution, enhancing thermal insulation across battery modules and packs, providing flame-retardant properties for heightened safety, and absorbing sound to create a quieter and more comfortable vehicle interior. Additionally, their low thermal conductivity and excellent resistance to chemical degradation make them an optimal choice for a wide range of EV battery applications.
Application prospects
With the rising demand for electric vehicles, innovative solutions such as Aerogel Pads are gaining prominence for their ability to elevate battery safety, performance, and environmental sustainability. These pads represent a significant breakthrough in EV battery application technology, characterized by their lightweight design, efficiency, and significant contributions to safety and sustainability. This remarkable advancement addresses the evolving and future needs of the electric vehicle industry, marking a pivotal development in driving the progress of electric mobility.
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