Aerogel Blanket Manufacturer
As a leading aerogel blanket supplier and manufacturer, we provide engineered aerogel insulation blankets designed for high-performance thermal control in LNG, cryogenic systems, oil & gas piping, industrial furnaces, HVAC and building retrofit projects. Our B2B solutions include bulk supply, custom cutting, laminated composites and OEM services for contractors, EPC firms and insulation distributors.
Thermal Conductivity: 0.013–0.020 W/m·K (silica aerogel)
Thickness options: 3mm — 50mm (custom)
Grades: hydrophobic, high-temp, cryogenic
Forms: blanket, sheet, laminated composite, tape
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Product Range —
Aerogel Blanket, Aerogel Insulation Blanket, Aerogel Felt
Ultra-high temperature aerogel insulation blanket (≤1300℃)
Working temperature range: -50~1300℃
Hydrophobic and flame retardant
Same lifespan as pipelines and equipment
Non-toxic and environmentally friendly
Ultra-high temperature aerogel insulation blanket (≤1300℃) is a newly developed aerogel insulation blanket by our company, mainly targeting the insulation needs of high temperature and ultra-high temperature pipelines and equipment.
High temperature aerogel blanket (≤650℃)
Extremely light and thin & highly efficient heat insulation: thickness is only 0.5-1.5mm (customizable), thermal conductivity is as low as 0.035W/(m·K), stable operation at base surface temperature ≤650℃, long-term use temperature ≤550℃, meeting industrial high-temperature needs.
Easy installation & multi-functional protection: flexible coil design fits curved/flat surfaces quickly, saving 50% installation time; features hydrophobic & moisture-proof (water absorption rate <0.1%) and flame retardant (UL94 V-0 grade) properties to extend equipment life.
Low temperature and low density aerogel insulation blanket (-200 to 400℃)
Insulation thickness: only 1/5~1/3 of conventional foam insulation materials
Excellent thermal insulation performance at low temperature of -200℃
Low density, flexible, easy to install
Hydrophobic and flame retardant
Sealed, no condensation at low temperature, no frost
Non-toxic and environmentally friendly
Durable and long service life (more than 30 years)
Key Features & Business Benefits for Buyers
Space-saving insulation — reduce cladding diameter and save material costs compared with mineral wool.
Lightweight & easy to install — ideal for retrofit projects and modular equipment.
Hydrophobic grades — long-term performance in wet or offshore conditions.
OEM & customizable sizes — tailored cuts, laminations and branded packaging for distributors and system integrators.
1. What is the thermal conductivity of an aerogel insulation blanket? What temperature range can it withstand (both continuous and short-term use)?
A:
Thermal conductivity: ≤0.013 W/(m·K) at 25°C, 30-50% lower than conventional insulation materials.
Temperature range:
Continuous use: -200°C to +650°C (standard models); short-term +1000°C (fire-resistant models).
| Aerogel Blanket Physical Properties | |
| Thermal Conductivity (25°C) | 0.018 - 0.057 W/m.k |
| Type | Roll or Mat |
| Temperature Range | \-200°C to 650 °C |
| Hydrophobicity | ≥99.5 |
| Width | 150cm |
| Density | ≤200 kg/m3 |
| Tensile Strength | 800-1000 Kpa |
| Combustion Performance Grade |
A |
2. What are the standard thickness, density and dimensions of an aerogel insulation felt? Can you provide a data sheet with technical specifications?
Thickness: 1-10 mm (customizable in 0.5 mm increments).
Density: 80-150 kg/m3 (thicker models have higher density).
Dimensions: Standard roll width 1.2 m/2 m, length up to 50 m (customizable length).
Data Sheets: Available upon request, including thermal conductivity curves, tensile strength and aging data.
3.Can we customize thickness, size, or surface coating (e.g., aluminum foil/silicone)? Additional costs?
Yes !
Full customization: Thickness (1-10 mm), width (up to 2m), surface (aluminum foil for radiation resistance, silicone for abrasion).
Cost impact: Custom coatings add $1-3/m²; special sizes may have minimal upcharge.
Q: For our application (e.g., EV battery thermal management), do you have case studies? Energy savings vs. traditional materials?
A:
Case example: In a German automotive plant, our aerogel blanket reduced engine bay heat by 25%, enabling 15% thinner insulation than fiberglass.
Typical savings: 30-40% energy loss reduction in industrial pipelines; 20% weight reduction in automotive applications.
4. Can we request free samples for lab testing (shipping paid by us)? Sample size/delivery time?
Yes! We provide free samples .
1. Sample Details
Size: Standard sample size is 50cm x 100cm (smaller samples of equal size are available if multiple thicknesses are required).
2. Process Requirements
Request: Share your company information (e.g. company registration number, intended application) and sample requirements (thickness, coating, quantity up to 1 square meter) via email or inquiry form.
Delivery Time:
Standard samples: Ship within 1-2 business days (no customization required).
Customized samples (e.g. special coating/size): Delivery time extends to 3-5 business days (only if you require non-standard specifications, we can negotiate separately).
3. Shipping
Carrier: DHL, FedEx or UPS.
Delivery Time: 3-7 days for most of North America, Europe and Asia Pacific; 5-10 days for other regions.
Ideal for extreme-temperature pipelines, valves, and tanks in petrochemical, power, and metallurgy sectors, Aerogel Blankets deliver superior thermal performance.
With ≤0.013 W/(m·K) thermal conductivity, they cut heat loss by 30–40% versus traditional materials, optimizing energy efficiency in systems operating at -200°C to +650°C.
Their hydrophobic, durable build resists corrosion and moisture in harsh environments, ensuring long-term reliability with minimal maintenance.
flexible aerogel blanket for Thin & Light Building Envelope Insulation
Ideal for walls, roofs, and floors in residential/commercial buildings—especially space-constrained or energy-efficient designs like passive houses.
At just 1–10mm thick, they match the thermal performance of 3x thicker mineral wool, saving space and simplifying installation in new builds or retrofits.
Compliant with global standards (EN 13134, ASTM C1728) and available in fire-rated (A-grade) or eco-friendly (CFC-free, 90% recyclable) options to support green building certifications.
Critical for engine bay heat shielding, battery pack thermal management, and charging system insulation in conventional and electric vehicles.
Blocks radiant heat from engines ( 1000°C) to reduce cabin overheating and AC load, while suppressing thermal runaway in EV battery packs to enhance safety (compliant with VDA 270/278 low-VOC standards).
Lightweight design (80–150 kg/m³) cuts insulation weight by 50% compared to metal alternatives, improving fuel/energy efficiency and enabling compact system designs.
Fire-Resistant Insulation For Electrical & Data Centers
Electrical and Data Center Fire Insulation
Used to protect cable trays, switchgear and server rooms from fire and thermal risks in power grids and data infrastructure.
Resists burning and dripping to slow the spread of fire in high-risk environments.
Flexible, thin-profile construction adapts to complex geometries and is optionally available with foil coating to reflect radiant heat, ensuring stable operation in high-temperature electrical systems.
Engineered for insulation in marine environments, including ship cabins, offshore platforms, and subsea pipelines.
Hydrophobic surface (Water absorption≤5%) and reinforced fiberglass layers (Tensile Strength≥100 N/cm) resist seawater corrosion, humidity, and mechanical abrasion.
Lloyd’s Register-certified for marine use, ensuring long-lasting performance in saltwater, high-pressure, and vibration-prone conditions.
Aerogel Insulation Blanket For LNG & Cold Chain
Optimized for ultra-low-temperature applications like LNG pipelines, storage tanks, and refrigerated logistics (e.g., pharmaceuticals, food).
Maintains structural integrity at -200°C, preventing condensation, ice formation, and thermal shrinkage that damage traditional materials like foam glass.
High allows seamless wrapping of irregular surfaces, minimizing cold loss and improving the efficiency of cryogenic storage and transport.
Essential for thermal management in satellite systems, aircraft components, and high-precision electronics (e.g., 5G ，semiconductors).
Withstands extreme temperature fluctuations (-200°C to +650°C) with minimal thermal mass, critical for maintaining thermal balance in aerospace applications.
Customizable ultra-thin (1–2mm) or flexible variants fit tight spaces in avionics and microelectronics, preventing overheating and ensuring signal stability.
Energy-Efficient Insulation For Cold Storage & Logistics
Ideal for refrigerated trucks, insulated containers, and warehouse cold rooms in food and pharmaceutical supply chains.
Low thermal conductivity reduces refrigeration load by 20%+ compared to polyurethane, cutting energy costs while maintaining strict temperature control.
Food-grade certified (FDA-compliant) to prevent contamination, making it suitable for transporting fresh produce, vaccines, and other temperature-sensitive goods.
1. Insulation efficiency
Compared with traditional insulation materials such as glass fiber and mineral wool, aerogel has better insulation performance. Traditional materials have high thermal conductivity and large heat loss; the low thermal conductivity of aerogel ensures better insulation effect.
2. Thickness and space saving
Even if the thickness of aerogel felt is thin, the thermal insulation performance is still excellent. For example, a 6mm thick product can take into account both thermal insulation and compact appearance. In contrast, other materials need a larger thickness to achieve the same thermal insulation effect, which will cause inconvenience in space-constrained environments.
3. Weight
Compared with insulation materials such as glass fiber, ceramic wool, and rock wool, aerogel is extremely light. This is very beneficial for weight-sensitive industries such as aerospace and automotive manufacturing. Excessive weight of insulation materials will increase the load and reduce fuel efficiency.
4. High temperature resistance
Although traditional materials such as ceramic fiber can withstand high temperatures, 6mm thick aerogel felt performs better under extreme conditions. Aerogel can withstand temperatures up to 1200°C and is more suitable for harsh scenarios such as industrial furnaces and high-temperature pipelines.
5. Durability and performance
Traditional insulation materials such as fiberglass are prone to aging under high temperature, humidity or physical wear. Aerogel is durable and can maintain its insulation performance under harsh conditions, making it a more reliable long-term investment option.
6. Fire resistance
Aerogel felt is non-flammable and has better fire resistance than materials such as fiberglass and mineral wool. In critical fire protection applications, it can provide a higher level of safety protection for buildings, equipment and machinery to resist high temperatures and flames.
Honors And Certificates
the final view of project
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CE And ROHS
Ensuring Aerogel Safety and Environmental Performance
We're well-known as one of the leading aerogel blanket manufacturers and suppliers in China. We warmly welcome you to wholesale custom made aerogel blanket from our factory. Contact us for more cheap products.
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