Shenzhen Petersburg Composite Materials Co., Ltd

Facing the challenge of high temperatures? Looking for a lightweight but highly effective insulation solution? This aerogel blanket made of silica aerogel and glass fibre needle-punched blanket is the ideal insulation material for the industrial and construction industries. It is not only resistant to high temperatures, but also known for its extremely low thermal conductivity and environmental characteristics, making it the first choice for energy saving, performance and safety.

Core advantage 1: ultimate heat insulation, energy-saving pioneer
1. Ultra-low thermal conductivity: Using silica aerogel, which is known as the "world's lowest thermal conductor", the thermal conductivity is almost negligible.
2. Significant energy saving: reduce heat loss, effectively reduce energy consumption, and improve system thermal efficiency.
3. Thin and light design: Significantly reduce the thickness of the material while maintaining the thermal insulation effect, and release more structural space.

Core advantage 2: Wide range of temperature resistance, coping with harsh working conditions
1. High temperature adaptation: long-term temperature resistance up to 600~800 °C, instantaneous temperature resistance up to 1000 °C, easy to cope with extreme environments.
2. Low temperature without fear: suitable for -50 °C and other cold areas, worry-free in all seasons.
Long-lasting heat resistance: High thermal stability ensures that material properties do not degrade over time or environmental changes.

Core advantage 3: scientific structure and outstanding performance
1. Composite process: aerogel and glass fiber needle punched blanket are perfectly integrated, with both rigidity and flexibility.
2. Compressive rebound: the structure is elastic, not easy to be damaged during the construction process, and has excellent compressive resistance.
Cutting-form: easy to construct, adapt to complex curved surfaces and special-shaped structures.

Core advantage 4: Widely used in multiple fields
1. Thermal insulation of industrial equipment: suitable for thermal insulation and coating of thermal pipelines, boilers, reactors and other equipment.
2. Building energy-saving engineering: used to improve the insulation level of curtain walls, roofs, floors and other parts.
3. Special for high-end engineering: widely used in aerospace, military, electric power, chemical and other high-demand industries.