Shenzhen Petersburg Composite Materials Co., Ltd

Vacuum silica aerogel - a new generation of high-efficiency thermal insulation material designed for harsh environments. This material combines the ultra-low thermal conductivity of silica aerogel (as low as 0.018 W/m·K) with the extreme thermal resistance of the vacuum insulation layer. It has multiple advantages such as light weight, low thermal conductivity, high temperature resistance and high mechanical strength. It is an ideal solution to meet modern thermal management challenges. The synergistic structure of vacuum and aerogel with extreme thermal insulation performance effectively blocks heat conduction and convection, and is suitable for high-precision insulation needs from space capsules to electronic chips. The lightweight and high-strength design has an extremely low density, which can significantly reduce the load on the equipment system; at the same time, it has good pressure resistance and structural stability, and supports compact integrated applications. High temperature resistance and thermal fatigue resistance can maintain stable performance in rapid thermal cycles or drastic temperature changes, and are suitable for long-term operating environments in electric vehicles, energy equipment and key industrial equipment. Adaptable to multiple industry application scenarios: Aerospace thermal shielding and structural weight reduction systems Consumer electronics (mobile phones, notebooks, power supplies) Heat dissipation isolation layer Electric vehicle battery thermal protection system Thermal management structure of precision sensors, chips and microelectronic devices