Unveiling The Future Of EV Batteries Aerogel Pads For Enhanced Thermal Management

Unveiling the Future of EV Batteries Aerogel Pads for Enhanced Thermal Management

Product Description

In practical scenarios, Aerogel Pads fulfill several

The Aerogel Pad emerges as an innovative solution in the domain of Electric Vehicle (EV) battery technology, addressing the critical issue of thermal management within EV batteries with a design that emphasizes safety, efficiency, and durability. Its translucent and lightweight nature does not detract from its ability to provide superior thermal insulation. This capability is crucial for preventing the adverse effects of excessive heat accumulation and ensuring consistent temperature distribution across battery cells, which is essential for avoiding thermal runaway situations.

Performance introduction

Featuring a range of thickness from 0.5 to 6.0mm and a customizable width of 1400±100mm, this white Aerogel Pad operates effectively up to a maximum temperature of 650℃, with a density of 200±20kg/m^3. It stands out for its excellent thermal conductivity at various temperatures, ensuring optimal insulation performance under varied operational conditions. The product meets strict flame retardant standards (A Grade per GB/T 8624-2012 and V0 per UL94-2013), boasts a waterproof rate of more than 98% (GB/T10299-2011), and adheres to RoHs/REACH/ELV biosafety compliance.

Beyond merely insulating, Aerogel Pads enhance EV batteries by offering exceptional electrical insulation, thereby minimizing the risks of short circuits and electrical issues. Their lightweight feature also plays a pivotal role in reducing the total weight of the vehicle, which in turn improves its range and efficiency. critical functions within EV batteries, including facilitating inter-cell insulation to manage heat distribution, boosting thermal insulation across battery modules and packs, providing flame-retardant properties for increased safety, and absorbing sound to create a quieter vehicle interior. Their low thermal conductivity and resistance to chemical degradation make them an optimal choice for various EV battery applications.

Application prospects

As the demand for electric vehicles grows, so does the need for innovative solutions like Aerogel Pads that advance battery safety, performance, and environmental sustainability. This advancement in EV battery application technology, characterized by its lightweight efficiency and contribution to safety and sustainability, signifies a pivotal development in addressing the ongoing and future requirements of the EV industry.