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Aerogel composite material
Aerogel composite blanket is a high-performance insulation material made by combining nano-aerogel with flexible substrates such as glass fiber and ceramic fiber. It features ultra-low thermal conductivity, exceptional fire resistance, ultra-lightweight, and high hydrophobicity. Recognized as a stra
Product description

Aerogel composite blanket is a high-performance insulation material made by combining nano-aerogel with flexible substrates such as glass fiber and ceramic fiber. It features ultra-low thermal conductivity, exceptional fire resistance, ultra-lightweight, and high hydrophobicity. 

Recognized as a strategic material in China, it is widely used in aerospace, military, energy, and construction sectors.

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Product Series

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Series Name

Application Areas

Temperature Range

Pyshield Pro

Aerospace / Thermal Equipment

-70°C ~ 650°C

Pyshield Pro+

Military / Energy-Saving Buildings

650°C ~ 1000°C

Cryshield

LNG / Marine / Cold Chain Transport

-269°C ~ 125°C

Pyshield BP

Battery Insulation / Mobile Energy Cabinets

Up to 1100°C

Pyshield AC

Petrochemical / Urban Roads / Buildings

-40°C ~ 1000°C

Pyshield Series

Construction Industry

-50°C ~ 650°C


Technical Specifications

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Problems with Traditional Materials

Key Advantages

  • Exceptional Insulation: Ultra-low thermal conductivity of 0.016 W/(m·K), requiring only 1/2 to 1/4 the thickness of traditional materials.

  • Long Service Life: Silicon-based nanostructure with up to 99.8% hydrophobic rate,lasting 15–20 years.

  • Superior Fire Resistance: Inorganic material with Class A fireproof rating.

  • Excellent Mechanical Properties: Semi-rigid, easy to cut and install, with good flexibility and compressive strength.

  • Outstanding Corrosion Resistance: Free of F- and Cl- ions, water-resistant and breathable, preventing under-insulation corrosion.

Application Scenarios

  • LNG pipelines and tanks

  • Battery thermal management

  • High-temperature equipment and pipelines

  • Military and aerospace insulation

  • Energy-efficient building insulation

Comparison with Traditional Materials

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