Wide Temperature Resistance + Super Weather Resistance for Complex Environments
Aerogel Insulation Panels offer an extreme temperature resistance range (-196℃~1200℃, with high-temperature industrial models reaching up to 1600℃). They also exhibit UV resistance, aging resistance, acid and alkali corrosion resistance, and water vapor penetration resistance:
High-Temperature Scenarios: Used as linings for industrial kilns, insulation layers for metallurgical blast furnaces, and fireproof insulation layers for new energy battery packs, they resist high-temperature oxidation, protect substrates, block heat diffusion, and lower ambient temperatures.
Low-Temperature Scenarios: For cold chain logistics freezers and LNG storage tanks, they effectively prevent cold loss, maintain stable low-temperature environments, and avoid brittleness at low temperatures.
Outdoor Scenarios: When used as insulation layers for external building walls or photovoltaic bracket systems, they withstand long-term exposure to rain, snow, and sun without deformation or cracking, with a service life of 25-30 years (compared to 10-15 years for traditional insulation panels).
Aerogel Insulation Panels provide outstanding thermal performance due to their ultra-low thermal conductivity. Their R-value is significantly higher than traditional insulation materials like fiberglass, foam, or mineral wool. This makes them an ideal choice for both hot and cold insulation in energy-efficient buildings, industrial equipment, and even extreme environment applications.
| Property | Specification |
| Type | QN-650 |
| Classification Temperature (°C) | 650 |
| Thickness (mm) | 0.40 ± 0.07 |
| Density (kg/m³) | ≤ 300 |
| Thermal Conductivity (25°C, W/m·K) | 0.02 |
| Size of Product | According to user requirements |
| Color | White |
Building Insulation: They are used in construction for insulating walls, roofs, and floors, especially in areas where superior thermal performance is needed.
Aerospace: Aerogel boards are applied in spacecraft and aircraft due to their lightweight and insulating properties, protecting against extreme temperatures.
aerogel material for thermal protection.
Oil and Gas Industry: They are used to insulate pipelines and other equipment that operates under extreme temperatures, reducing energy loss.
Cryogenics: Aerogel boards provide effective insulation for cryogenic equipment, maintaining very low temperatures without significant energy loss.
Applications
Construction: Used in walls, roofs, and floors to provide efficient thermal insulation without significantly reducing interior space.
Industrial Equipment: Applied to insulate industrial pipes, valves, and machinery, where maintaining temperature is critical.
Aerospace and Automotive: Ideal for insulating critical components in vehicles and aircraft, where weight reduction is crucial.
Oil and Gas: Used in insulating pipelines and tanks, preventing heat loss and improving energy efficiency.
Cryogenic Applications: Suitable for extremely low-temperature environments, providing stable insulation in cold storage and cryogenic systems.
FAQ
Does Aerogel Insulation Panels require special tools or techniques for installation?
No special tools are required-cutting and splicing can be done with a common utility knife, a tape measure, and sealant. Traditional insulation panels can be glued and nailed for construction applications, while industrial pipes can be secured with insulation nails or tie wraps. Simple training allows ordinary construction teams to operate the panels, reducing labor costs.
Do aerogel insulation panels require additional waterproofing for outdoor use?
Most models do not require additional waterproofing-general-purpose panels come with aluminum foil or a waterproof membrane with a water vapor permeability rating of ≥99%. If used in environments subject to heavy rain or high humidity (such as coastal buildings), weather-resistant sealant can be applied to the panel joints to further enhance waterproofing and prevent moisture from affecting the core material and affecting insulation effectiveness.
Can aerogel insulation panels be used in combination with other insulation materials (such as rock wool or glass wool)?
Combined use is possible – ideal for scenarios requiring "extreme insulation at a low cost." For example, industrial pipes can be wrapped with 10mm aerogel insulation panels (core insulation) followed by rock wool panels (auxiliary insulation and protection). This reduces heat loss while controlling overall costs, saving over 15% compared to a rock wool solution alone.
Will the insulation performance of aerogel insulation panels diminish over time?
Extremely low degradation – Because the core material is an inorganic nanostructure, it resists aging or shrinkage. After 25 years of normal use, the thermal conductivity increases by only 5%-8% (compared to traditional polyurethane panels, which degrade by over 20% after 10 years). Frequent replacement is unnecessary, resulting in superior long-term cost-effectiveness.
Choosing Aerogel Insulation Panels achieves the dual goals of "high-efficiency insulation and cost-effectiveness" in scenarios such as building energy conservation, industrial consumption reduction, and renewable energy safety. It is an ideal solution for high-end insulation needs. If you need sample testing, quotes, or customized insulation solutions for specific models (such as architectural flexible models and industrial high-temperature rigid models), please contact our technical team for support.
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