
This series of products is made of nano-drying technique. It can continue to withstand high temperature of 1300 ℃. Its unique three-dimensional network structure provides excellent high temperature stability, avoiding the phenomenon of deformation accumulation and sharp decline in insulation performance of traditional materials due to vibration. Only 1/5 of the thickness is needed to achieve the same insulation effect as conventional materials. It is the most ideal thermal insulation material with thin thickness, which has the advantage of high strength, high toughness, waterproof and explosion-proof.
It is used for flame retardant and heat insulation in new energy vehicle battery cells and modules, 3C electronic products, heating pipeline, high-temperature pipeline and equipment in the thermoelectric field.
Material de aislamiento térmico fabricado mediante tecnología de secado nano, con una estructura de red tridimensional que garantiza estabilidad a altas temperaturas e integridad mecánica. El material puede soportar temperaturas continuas de hasta 1300°C, minimizando la deformación y la degradación del rendimiento bajo vibración. Su estructura permite alcanzar un rendimiento de aislamiento equivalente con un espesor significativamente menor en comparación con materiales convencionales. Combina alta resistencia, buena tenacidad y resistencia al agua, siendo adecuado para entornos de alta temperatura y aplicaciones críticas en seguridad.
Yes