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OEM Aerogel Insulation Blanket for Thermal Insulation - China Suppliers and Factory for Energy Efficiency and Safety
Key Technical Performance
Low Dust Aerogel: Cleaner handling and minimal particulate shedding.
High Efficiency: Extremely low thermal conductivity, high durability, and energy saving effect.
Fire Resistance: Certified Grade A fire rating for optimal safety.
Robust Durability: Superior resistance to breakage and physical abuse during shipping, fabrication, and installation.
Quick Application: Fast and easy installation across varied structures.
Pre-Insulation Ready: Light weight and durable design reduces joints while maintaining strong insulation value.
Corrosion Inhibition: Enhances protective life against under-insulation corrosion.
Eco-Friendly: Safe, non-toxic, and environmentally responsible composition.
Technical Parameters
| Nominal Thickness | 3mm, 5mm, 10mm |
| Density | 200 kg/m³ |
| Suggested Temperature | -165℃ to 650℃ |
| Fire Rating | Class A |
| Thermal Conductivity | ≤ 0.021 W/m·K |
| Width / Length | 1500mm / 28m, 36m, 42m long |
| Hydrophobicity | ≥ 98% |
| Flexibility | Flexible |
Note: Roll fabrication for customized dimensions is available upon request.
Building Applications
Wall Insulation
Enhances thermal resistance in both interior and exterior walls, effectively preventing heat loss and moisture issues.
Retrofitting
An excellent solution for energy-efficient renovations of existing buildings and historic structures, utilizing a thin profile that preserves architectural integrity.
Roof Insulation
Reduces thermal exchange through roof cavities to help maintain consistent indoor temperatures all year round.
Window & Door Frames
Minimizes thermal bridging around openings, maximizing overall building envelope efficiency.
Floors
Provides efficient thermal resistance under floor surfaces without interfering with door clearances and fittings.
Considerations: Application methods and thickness may vary depending on project-specific climate requirements and architectural structure.
Industrial Applications
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Oil, Gas, & RefiningUsed for insulating pipelines and vessels in high-temperature environments, significantly reducing heat loss and energy consumption. -
Liquefied Natural Gas (LNG)Provides stable performance and flexibility in cryogenic and dual-temperature applications, easily withstanding extreme thermal conditions. -
Power GenerationExtends to insulating critical components in power generation systems, minimizing parasitic energy loss and boosting operational efficiency.
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AerospaceUtilized in spacecraft and satellites for its ultra-lightweight, ultra-thin, and highly efficient insulation properties in harsh environments.
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AutomotiveApplied in engine compartments and exhaust thermal shielding systems to reduce overall vehicle weight and improve fuel efficiency.
Packaging & Delivery
Sample Availability: Standard evaluation samples are readily available in 300mm × 300mm dimensions across standard thicknesses.
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Packing In Roll
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Roll Warehouse With Fast Delivery
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Loading In Truck
Frequently Asked Questions (FAQ)
What is the operating temperature range of this aerogel blanket?
The recommended operating temperature range is from -165℃ up to 650℃, making it suitable for cryogenic systems like LNG as well as high-temperature industrial pipelines.
What standard thicknesses and dimensions are available?
Standard nominal thicknesses are 3mm, 5mm, and 10mm with a standard width of 1500mm and roll lengths of 28m, 36m, or 42m. Custom dimensions can be fabricated on request.
How does the aerogel blanket perform in terms of fire safety?
This aerogel insulation material achieves a Class A fire rating, delivering superior non-combustible thermal protection for critical buildings and industrial facilities.
Is the material water-resistant?
Yes, the blanket exhibits a hydrophobicity rating of ≥ 98%, which actively repels liquid water and mitigates the risk of Corrosion Under Insulation (CUI).
Can I request samples for testing before placing a bulk order?
Yes, standard sample sizes of 300mm × 300mm are readily available across all standard thicknesses for quality evaluation and laboratory verification.
Why is aerogel preferred for historic building retrofits?
Due to its ultra-thin profile and ultra-low thermal conductivity (≤0.021W/mK), it achieves high energy savings without altering architectural boundaries or requiring thick structural alterations.