Overview of 10mm Thickness Silica Aerogel Mat Composite Blanket with Aluminum Foil Roof Heat Resistance Insulation Material
10mm Thickness Silica Aerogel Mat Composite Blanket with Aluminum Foil Roof Heat Resistance Insulation Material is the pinnacle of high-performance insulation, offering unmatched thermal resistance in an incredibly thin and lightweight format. Engineered by combining silica aerogel with fibrous reinforcement, they provide superior thermal protection where space and efficiency are critical.
Features of 10mm Thickness Silica Aerogel Mat Composite Blanket with Aluminum Foil Roof Heat Resistance Insulation Material
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Extremely Low Thermal Conductivity: Provides the highest insulating value per inch of any commercially available material.
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Thin and Space-Efficient: Delivers exceptional performance in minimal thickness, maximizing space in constrained applications.
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Hydrophobic and Moisture-Resistant: Repels water, maintaining insulating performance and material integrity in damp environments.
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Flexible and Durable: Easy to handle, cut, and install around complex geometries, pipes, and equipment.
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Fire-Resistant: Withstands high temperatures, is non-combustible, and enhances overall fire safety.
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Lightweight: Imposes minimal load on structures and simplifies installation logistics.

Specification of 10mm Thickness Silica Aerogel Mat Composite Blanket with Aluminum Foil Roof Heat Resistance Insulation Material
10mm Silica Aerogel Floor Covering Compound Covering with Aluminum Foil
Superior Roofing Insulation for Extreme Warmth
This insulation covering incorporates a 10mm-thick silica aerogel mat with a durable light weight aluminum foil facing. It supplies outstanding thermal resistance for roof coverings exposed to extreme heat. The core material– silica aerogel– is among the lightest and most efficient insulators recognized. It slows down warm move better than traditional materials like fiberglass or mineral woollen.
The external layer is smooth aluminum foil. This reflective surface area bounces back solar radiation, lowering heat build-up beneath. Together, the aerogel core and foil encountering create a strong obstacle against heats. The outcome is a cooler indoor area and lower cooling expenses during hot weather.
Key Features:
– Density: 10mm (consistent throughout the entire roll).
– Core: Versatile silica aerogel mat.
– Dealing with: Double-sided light weight aluminum foil for added reflectivity and vapor resistance.
– Lightweight yet robust– simple to deal with and mount.
– Non-combustible and stable as much as 650 ° C (1202 ° F).
This composite covering functions well on steel roofings, commercial sheds, storehouses, and industrial buildings. It fits neatly over rafters or under roofing panels without including much weight. The foil surface area likewise resists wetness, aiding shield the framework from condensation and deterioration.
Installation is straightforward. The covering can be reduced with conventional devices and protected utilizing staples, adhesives, or mechanical fasteners. No special training is required. Once in position, it carries out accurately time after time without any settling or loss of shielding power.
Ideal Applications:
– Warm climates with strong sunlight direct exposure.
– Buildings needing power efficiency upgrades.
– Areas calling for fire-safe insulation.
– Retrofit jobs where space is limited.
This product fulfills worldwide security and performance standards. It offers long-lasting worth by cutting power use and enhancing interior comfort.

Applications of 10mm Thickness Silica Aerogel Mat Composite Blanket with Aluminum Foil Roof Heat Resistance Insulation Material
Applications of 10mm Silica Aerogel Mat with Light Weight Aluminum Foil
Light-weight Roofing System Insulation for Extreme Warm
This 10mm thick silica aerogel floor covering integrates ultra-lightweight framework with solid thermal resistance. It includes a layer of light weight aluminum foil bonded to one side, which shows radiant heat and adds additional defense. The material is soft, versatile, and easy to reduce or form on site.
Industrial roof benefits substantially from this insulation. Factories, storage facilities, and processing plants commonly encounter high roofing system temperatures because of guide sunlight direct exposure. Installing this blanket below metal roofings or over existing insulation minimizes indoor warm buildup. Employees stay cooler, and air conditioning tons go down visibly.
Industrial structures also utilize this product to enhance energy effectiveness. Shopping centers, workplaces, and logistics hubs apply the aerogel mat during brand-new construction or retrofit tasks. Its thin profile conserves space compared to standard insulation, yet delivers premium performance. The light weight aluminum foil encountering withstands moisture and protects against dust from getting in the aerogel core.
Solar and renewable resource centers depend on it too. Photovoltaic or pv power plant mount the covering under solar panel mounts or around inverters to limit heat transfer. This helps preserve optimal operating temperature levels and extends tools life.
The item manages temperature levels as much as 650 ° C (1202 ° F) without weakening. It does not burn, thaw, or launch poisonous fumes. Even after long-term exposure to weather, UV light, or humidity, its protecting worth remains steady.
Installation needs no special devices. Employees simply unroll the blanket, trim it with an utility knife, and protect it making use of staples, adhesives, or mechanical bolts. Overlaps are secured with light weight aluminum tape to ensure complete insurance coverage.
Due to the fact that it’s just 10mm thick, this aerogel composite suit tight spaces where bulkier materials will not work. It reduces delivery expenses and storage requirements while offering better thermal performance per inch than fiberglass or mineral woollen.
Company Profile
Graphne Aerogels is a trusted global chemical material supplier & manufacturer with over 12-year-experience in providing super high-quality aerogel and graphene products.
The company has a professional technical department and Quality Supervision Department, a well-equipped laboratory, and equipped with advanced testing equipment and after-sales customer service center.
If you are looking for high-quality graphene, aerogel and relative products, please feel free to contact us or click on the needed products to send an inquiry.
Payment Methods
L/C, T/T, Western Union, Paypal, Credit Card etc.
Shipment
It could be shipped by sea, by air, or by reveal ASAP as soon as repayment receipt.
5 FAQs of 10mm Thickness Silica Aerogel Mat Composite Blanket with Aluminum Foil Roof Heat Resistance Insulation Material
Frequently Asked Questions
What is this insulation blanket made of?
This blanket uses a 10mm thick silica aerogel mat bonded to aluminum foil. Silica aerogel gives it strong heat resistance and low thermal conductivity. The aluminum foil reflects heat and adds protection against moisture and weather.
How well does it resist heat?
It works very well in high-temperature environments. The silica aerogel core stays stable up to 650°C (1202°F). The aluminum foil layer helps reflect radiant heat, which keeps indoor spaces cooler in summer and warmer in winter.
Is it easy to install?
Yes. The material is lightweight and flexible. You can cut it with standard tools like scissors or a utility knife. It fits tightly around pipes, ducts, or roof structures without extra support. Just lay it in place and secure it with tape or fasteners.
Does it absorb water?
No. The aluminum foil surface blocks moisture from entering. The silica aerogel inside also resists water absorption. This makes the blanket suitable for outdoor roofs or humid areas without losing insulation performance.
Where can I use this product?
Use it on metal roofs, industrial ovens, HVAC ducts, pipelines, or any area needing high-temperature insulation. It’s common in factories, warehouses, and commercial buildings. It also works well in retrofit projects where space is limited but strong insulation is needed.






















































































