Shenzhen Petersburg Composite Materials Co., Ltd

This product is made of the world's lowest thermal conductivity silica aerogel and a high-efficiency vacuum insulation layer to create the most advanced super-insulating material available. Designed for aerospace, electronics, electric vehicles, and industrial equipment that are extremely sensitive to thermal control, it offers maximum thermal isolation, lightweighting, and stability in confined spaces.

1. Advanced composite structure
Aerogel and vacuum layer synergize: nanostructures insulate heat conduction, vacuum shields convection and radiation.
The thermal resistance performance is significantly better than that of a single material, making it the ideal core for next-generation thermal insulation systems.

2. Excellent thermal insulation performance
Very low thermal conductivity for use in extremely cold or hot environments.
Consistent performance is also achieved in applications with drastic temperature changes.

3. Ultra-light weight and high porosity
With a porosity of up to 90%, the material is ultra-lightweight, which greatly reduces the weight of the system.
Ideal for spacecraft, drones, electric vehicles, and wearables.

4. High mechanical strength and durability
Reinforced composite structures withstand high levels of shock, extrusion and vibration.
Dimensionally stable for dynamic loads and complex motion systems.

5. Strong flame retardant and environmental stability
Non-flammable, non-toxic, with Class A fire performance.
Resistant to moisture, UV rays, chemical corrosion, and harsh environments.

6. Multi-field application
Aerospace & Defense: Thermal protection for satellites and aircraft.
Consumer electronics: Thermal management of mobile phones, laptops, and power banks.
New energy vehicles: Thermal shielding of lithium battery packs and electronic control modules.
Industrial equipment: Vacuum thermos flasks, thermal insulation for high-temperature reactors.