Shenzhen Petersburg Composite Materials Co., Ltd

1. Advanced composite structure
The combination of silica aerogel, which has the lowest thermal conductivity in the world, with vacuum insulation, significantly reduces heat transfer.
Hybrid Thermal Insulation System: Aerogel provides nanostructured thermal resistance, and a vacuum layer eliminates convection and minimizes radiation.

2. Excellent thermal insulation performance
Extremely low thermal conductivity: One of the most efficient insulation materials available, ideal for minimizing heat gain and loss in confined spaces.
It is also effective in extreme temperatures: Maintains performance over a wide range of temperatures, making it suitable for both high and low temperature environments.

3. Lightweight and high porosity
Ultra-low density and high porosity (up to 90%): Significant weight savings without compromising structural or thermal performance.
It can be used in weight-sensitive applications such as aerospace, mobile equipment, and electric vehicles.

4. High mechanical strength and durability
Reinforced with advanced composite materials to provide mechanical strength, flexibility, and dimensional stability.
Resistant to compression and vibration for use in mobile and dynamic environments (e.g. automotive or aerospace components).

5. Flame retardant and chemically stable
Non-flammable and non-toxic: The inorganic structure gives it natural fire resistance and chemical stability.
In harsh environments, including moisture, UV exposure, and reactive chemicals, it has anti-aging and degradation properties.

6. Versatile and scalable
Aerospace & Defense: Thermal shielding of satellites, space probes, and aircraft fuselages.
Consumer electronics: Thermal protection for smartphones, laptops, and power banks.
Batteries and EV systems: Thermal management of lithium-ion battery packs and EV modules.
Industrial insulation: vacuum flasks, insulated containers and precision temperature-sensitive enclosures.