Shenzhen Petersburg Composite Materials Co., Ltd

Our ultra-high-performance aerogel thermal insulation blankets are made of silica aerogel, which has the lowest thermal conductivity in the world, and high-strength fiberglass needle felt, which is specially designed to cope with extreme temperature environments, with excellent properties such as ultra-thin, flexible, and energy-saving, and is widely used in efficient thermal management scenarios in industrial, commercial, and construction fields.
1. Advanced materials portfolio
It is composed of aerogel and glass fiber mat, which has very low thermal conductivity.
Wide operating temperature range: –50°C to +650°C, suitable for extreme cold or high heat environments.
Ideal for demanding industrial, construction and commercial applications.

2. Excellent thermal insulation performance
At the same thickness, the insulation is up to 35 times better than that of conventional materials.
Minimized energy losses even at very thin conditions support compact, energy-efficient system designs.
Ideal for space- or weight-constrained installations without sacrificing performance.

3. Excellent waterproof and breathable performance
Hydrophobic but breathable: Effectively repels liquid water while allowing water vapor to pass through, preventing condensation and moisture build-up.
In humid, open-air or harsh weather environments, it can still provide stable thermal insulation.

4. Durable, flexible and convenient to construct
It can be compressed, bent, and cut without breaking or affecting thermal insulation.
Resistant to mechanical stress, suitable for curved, curved or irregular structures.
It can be die-cut, sewn and wrapped, and can be adapted to the individual needs of a variety of equipment, panels or pipes.

5. Safety and environmental protection
Class A fire performance, completely non-toxic and harmless, and will not release harmful gases at high temperatures.
Eco-friendly material, no asbestos or harmful substances, suitable for green building projects.
Low dust, low emissions, cleaner and safer than traditional fiber or powder insulation.

6. Typical application scenarios
Where lightweight insulation is required for industrial pipes and equipment
Building envelopes (e.g., walls, roofs, facades) are energy-efficient
Thermal insulation protection of offshore drilling platforms and petrochemical facilities
Heat-constrained components in automobiles and aerospace equipment
High-performance electronics, battery thermal shielding systems