When your application demands thermal insulation performance that conventional materials simply cannot deliver, sub-10 mm thickness, ultra-low thermal conductivity, and operation at temperatures exceeding 600C, aerogel insulation blanket is the definitive engineering solution.
Understanding Aerogel Blanket Technology
Aerogel, often called frozen smoke, is a silica-based material with a porous nanostructure that is 90-99% air by volume. When combined with a reinforced fiber matrix (typically polyester or glass fiber), aerogel becomes a flexible, durable blanket that can be cut, wrapped, and installed like conventional insulation with performance characteristics that redefine what is possible.
Performance Specifications
Aerogel blanket achieves a thermal conductivity of 0.018-0.022 W/m.K at room temperature, approximately half that of traditional mineral wool or fiberglass insulation of equivalent thickness. This translates to 50-70% thinner insulation layer for the same thermal resistance, significant weight reduction in aerospace and marine applications, and expanded equipment operating envelopes.
Temperature range: standard grades handle continuous exposure to 200C, 400C, and 650C. For cryogenic applications, aerogel maintains flexibility at temperatures as low as -273C.
LiiFoo Product Range Three Grades for Every Application
Aerogel Blanket 200C (Standard Industrial): Cost-effective for steam pipes, HVAC ducts, and process piping in refineries and chemical plants. Thicknesses: 3mm, 6mm, 10mm. Available in rolls up to 60m.
Aerogel Blanket 400C (High-Temperature Process): Designed for reformer tubes, exhaust systems, and high-pressure steam lines. Superior compressive strength. Hydrophobic, repels liquid water while allowing vapor transmission.
Aerogel Blanket 650C (Extreme Temperature): The premium grade for aerospace, military, and industrial furnace applications. 650C working temperature with thermal shock resistance. The go-to solution for exhaust insulation in next-generation EV battery thermal management systems.
Key Application Areas
Oil and Gas: Subsea pipeline insulation, FPSO thermal management, refinery furnace lagging. EV Battery Systems: Thermal runaway propagation prevention between battery modules. Aerospace: Engine nacelle insulation, composite tooling for autoclave curing. Construction: Curtain wall insulation. Cryogenics: LNG transport tanks, cryogenic distribution lines.
For detailed technical specifications and installation guidelines, visit https://liifoo.cn.
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