Fibreglass Aerogel Insulation Blanket Feature
Ultra-low thermal conductivity：Typical thermal conductivity ranges from 0.013 to 0.020 W/(m·K), significantly outperforming conventional insulation materials such as mineral wool and glass wool.
Excellent high-temperature resistance：Benefiting from the fiberglass reinforcement, the product is suitable for continuous service up to approximately 650°C.
Good flexibility with mechanical strength：Flexible yet robust, allowing bending, cutting, and wrapping without compromising structural integrity.
Lightweight and thin insulation design：Achieves equivalent thermal performance with reduced thickness and lower overall weight.
Outstanding fire performance：Made primarily of inorganic, non-combustible materials, offering excellent fire resistance and thermal stability.
Hydrophobic and moisture-resistant：Treated to repel water, resulting in low water absorption and stable thermal performance in humid environments.
Long-term dimensional and performance stability：Resistant to aging, shrinkage, and powdering, suitable for long-term industrial operation.
Aerogel Insulation Blanket application
Oil, Gas & Petrochemical Industry
Thermal insulation and fire protection for high-temperature pipelines, vessels, reactors, heat exchangers, and processing units.
LNG & Cryogenic Industry
Cryogenic insulation for LNG pipelines, storage tanks, cold boxes, and systems handling liquid nitrogen and liquid oxygen.
Power Generation & Energy Industry
Thermal insulation and safety protection for thermal power plants, nuclear facilities, energy storage systems, and renewable energy equipment.
Marine & Offshore Industry
Fire-resistant and thermal insulation for shipboard pipelines, engine rooms, offshore platforms, and marine structures.
Industrial Buildings & Energy Efficiency Industry
Space-saving insulation solutions for industrial plants, factories, and energy-efficiency retrofit projects.
Rail Transportation & Industrial Equipment Industry
Lightweight, fire-resistant insulation for rail transit systems and industrial equipment with strict safety and stability requirements.
FAQ
What is the difference between fiberglass aerogel blankets and standard aerogel blankets?
Fiberglass aerogel blankets use fiberglass as the reinforcement layer, offering improved high-temperature resistance, fire performance, and dimensional stability.
What is the maximum continuous operating temperature?
The typical maximum continuous service temperature is around 650°C, depending on the product specification.
Can this product be used in cryogenic or low-temperature applications?
Yes, fiberglass aerogel blankets perform well in both high-temperature and cryogenic environments.
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