Shenzhen Petersburg Composite Materials Co., Ltd

Want a high-end material that's both lightweight and super insulating? Combining the ultimate thermal insulation properties of aerogel with the efficient thermal resistance of a vacuum layer, this vacuum silica aerogel composite insulation material is the best thermal management solution available today. Whether it's aerospace, electric vehicles, or high-performance electronics, it provides robust and reliable thermal protection.

✅ Highlight advantage 1: double-layer thermal insulation system, double the thermal insulation performance
Aerogel core: Uses silica aerogel, which has the lowest thermal conductivity in the world, to significantly reduce heat conductivity
Vacuum insulation: effectively prevent convection and gas conduction, and the thermal resistance is higher
Collaborative composite design: The double-layer structure is stable even in extreme heat, making it ideal for scenarios where space is limited but high thermal insulation is required

✅ Highlight advantage 2: light weight, high strength, more reliable structure
Ultra-low density structure: More than 90% of the material is air, which is as light as a feather
Strong pressure resistance: light but not brittle, with good compressive resistance and durability
Construction-friendly: It can be cut, molded, and wrapped, and can easily cope with complex curved surfaces or small spaces

✅ Highlight advantage 3: Preferred materials for multiple industries
Aerospace applications: Stable thermal insulation and payload reduction during severe temperature changes during high-altitude flight
Consumer Electronics Thermal Management: Widely used in smartphones, battery packs, CPU/chip thermal insulation
New energy vehicle system: suitable for thermal insulation and protection of battery packs, power compartments, and thermal components

📦 Application examples:
Aircraft/Satellite Thermal Protection System
Thermal management module inside a smartphone
Thermal shielding of electric vehicle batteries
Insulation layer of energy storage system
Thermal control unit for high-precision instruments