Application of ceramic fiber paper in new energy vehicles

Introducing the latest innovation in lithium battery safety and performance: the Ceramic Fiber Insulation Layer from Jiuqiang new material Technology Co., LTD. With over 17 years of expertise in the production and research of ceramic fiber paper, we have developed a cutting-edge solution designed to address the critical challenges posed by thermal runaway incidents in new energy batteries.

As electric vehicles become increasingly popular, the safety of lithium batteries has come under scrutiny, particularly concerning the risks of fires and explosions. Our Ceramic Fiber Insulation Layer acts as a robust barrier, effectively suppressing heat diffusion between battery packs. This innovative insulation sheet is engineered to delay potential accidents during thermal runaway events, providing an essential layer of protection for both the vehicle and its occupants.

Crafted from high-quality aluminum silicate fiber, our insulation solution boasts exceptional properties, including low thermal conductivity, excellent fire resistance, and lightweight design. This means that not only does it enhance the safety of lithium battery fireproof packages, but it also ensures optimal performance in low-temperature environments. By utilizing our insulation layer, manufacturers can maximize the available space within battery packs, a crucial advantage in the compact designs of modern electric vehicles.

At Jiuqiang Insulation, we pride ourselves on our strong partnerships with leading domestic lithium battery companies, ensuring that our products meet the highest industry standards. Our commitment to innovation and safety positions us at the forefront of the new energy sector, making our Ceramic Fiber Insulation Layer an indispensable component for any lithium battery application.

Choose Jiuqiang Insulation for your lithium battery insulation needs and experience the peace of mind that comes with superior fire protection and enhanced battery performance. Together, we can drive the future of electric mobility safely and efficiently.