Aerogel Blanket

Aerogel Blanket Manufacturer

NANO TECH is an aerogel blanket manufacturer in Shaoxing, Zhejiang, China. Founded in 2004, we produce flexible silica aerogel insulation blankets reinforced with glass fiber needled felt for industrial pipelines, storage tanks, LNG and cryogenic systems, city heating networks, and building insulation. We supply standard rolls and OEM / customized orders directly from our own factory.

Our aerogel insulation blanket series covers three temperature grades: FMC200 for cryogenic service (-200℃ to 200℃), FMD450 for medium-to-high temperature service (-50℃ to 450℃), and FMA650 for high temperature service (-50℃ to 650℃). All three are hydrophobic, flexible, and thin, so they reduce heat loss in space-limited installations and help prevent corrosion under insulation (CUI).

Parameter

Specification

Thickness

3 / 6 / 10 mm (FMC200: 5 / 10 mm)

Width

1500 mm

Length

Customizable (FMC200 standard rolls: 30 m / 42 m)

Thermal Conductivity at 25°C

0.018–0.021 W/(m·K) (FMD450 / FMA650)

MOQ

Normally 4 rolls per pallet

Lead Time

7–12 working days (standard orders)

Request Aerogel Blanket Datasheets & Factory Pricing

Aerogel Insulation Blanket Grades – Choose by Service Temperature

GradeOperating TemperatureThicknessWidth / Roll LengthDensityThermal Conductivity at 25℃Typical Use
FMA650
High-temperature blanket
-50℃ to 650℃3 / 6 / 10mm1500mm / customizable210±20 kg/m³0.021 W/(m·K)
(0.036 at 300℃)
High-temperature pipelines, vessels, furnaces, petrochemical and power equipment
FMD450
Medium-to-high temperature blanket
-50℃ to 450℃3 / 6 / 10mm1500mm / customizable210±20 kg/m³0.018 W/(m·K)
(0.036 at 300℃)
Steam lines, city heating, building and retrofit insulation
FMC200
Cryogenic blanket
-200℃ to 200℃5 / 10mm1500mm / 30m or 42m180±20 kg/m³Request datasheetLNG and cryogenic pipelines, cold equipment, high-clean environments

How to Choose the Right Grade

Project ConditionRecommended Grade
Service temperature above 450℃, up to 650℃FMA650
Steam, hot water, or city heating up to 450℃FMD450
LNG and cryogenic service down to -200℃FMC200
Tight pipe racks or space-limited retrofitAny grade; 3mm or 6mm where available
Outdoor lines with CUI riskFMA650 / FMD450
Frequently maintained valves and flangesBlanket plus removable jacket

Send your operating temperature, pipe diameter, ambient conditions, and target surface temperature. We analyze the heat loss, provide several solutions to compare, and give online or on-site technical support when needed.

Aerogel Blanket vs Traditional Insulation – Performance and Cost

FactorAerogel BlanketMineral Wool, Glass Wool, Rubber Foam
Thickness for the same insulationMuch thinner; thermal performance is 2–5 times better than traditional productsNeeds more thickness
Moisture and CUIHydrophobic rate ≥99%; designed to keep water from collecting against the pipeFibrous materials can absorb and hold water
InstallationFlexible; cut, wrap, and fit around valves, flanges, and complex shapesBulkier; more labor on complex geometry
MaterialInorganic and stable; can be reused after removalVaries by product
Price per square meterHigherLower

Aerogel Blanket Technical Specifications

ParameterFMA650FMD450FMC200
StructureSilica aerogel + glass fiber needled blanketSilica aerogel + glass fiber needled blanketSilica aerogel + glass fiber needled blanket
Operating Temperature-50℃ to 650℃-50℃ to 450℃-200℃ to 200℃
Thickness3 / 6 / 10mm3 / 6 / 10mm5 / 10mm
Width1500mm1500mm1500mm
LengthCustomizableCustomizable30m / 42m
ColorBeige / WhiteWhiteRequest
Bulk Density210±20 kg/m³210±20 kg/m³180±20 kg/m³
Thermal Conductivity at 25℃0.021 W/(m·K) (GB/T 10295)0.018 W/(m·K) (GB/T 10295)Request datasheet
Thermal Conductivity at 300℃0.036 W/(m·K) (GB/T 10294)0.036 W/(m·K) (GB/T 10294)–
Hydrophobic Rate≥99% (GB/T 10299)≥99% (GB/T 10299)Hydrophobic, vapor permeable
Volumetric Water Absorption≤1% (GB/T 5480)≤1% (GB/T 5480)–
Compression Rebound Rate≥90% (GB/T 34336 App. C)≥90% (GB/T 34336 App. C)–
Compressive Strength≥80 kPa at 25% (GB/T 13480)≥80 kPa at 25% (GB/T 13480)88 kPa at 10% (ASTM C165)
Tensile Strength≥500 kPa (GB/T 17911)≥500 kPa (GB/T 17911)≈1000 kPa
Vibration Mass Loss Rate≤1% (GB/T 34336 App. B)≤1% (GB/T 34336 App. B)–
Fire PerformanceClass A (GB 8624)Class A (GB 8624)FSI 0 / SDI 0 (ASTM E84)
Steel and Metal CompatibilityPass for austenitic stainless steel (GB/T 17393); pass for aluminum, copper, and steel (GB/T 11835 App. F)Pass: corrosiveness to steel (ASTM C1617); stress corrosion on austenitic stainless steel (ASTM C795)
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Aerogel Blanket Applications

ApplicationRecommended Grade
Oil & Gas PipelinesFMA650 / FMD450
LNG and Cryogenic PipelinesFMC200
Petrochemical EquipmentFMA650 / FMD450
City Heating SystemFMD450 / FMA650
Building ConstructionFMD450
Solar Thermal SystemFMD450 / FMA650
New Energy Cars and BatteriesProject-specific
Transportation AreaProject-specific
Equipment & OEM ServicesFMA650 / FMD450

Project references: Liaohe Oilfield Pipeline Reconstruction, City Heat Net in Zhejiang, and Oil Exploration.

OEM, Custom Sizes & Ordering Terms

NANO TECH accepts OEM and customized orders. Standard width is 1500mm and roll length can be customized; specific sizes can be made to your requirements. For frequently opened valves and flanges, we also supply aerogel removable insulation jackets.

ItemTerms
Minimum Order QuantityNormally 4 rolls per pallet
SamplesSample orders accepted
Standard Lead Time7–12 working days
Customized Lead Time7–20 working days
Standard Payment Terms30% T/T in advance, balance before delivery
Customized Sampling Fee100% in advance


Aerogel Blanket Manufacturer FAQ

1. Are you an aerogel blanket manufacturer or a trading company?

NANO TECH is a manufacturer. We have produced aerogel materials in Shaoxing, Zhejiang, China since 2004 and sell factory direct.

2. What is an aerogel insulation blanket?

It is a flexible blanket that combines silica aerogel with a glass fiber needled blanket. Silica aerogel provides very low thermal conductivity and the fiber matrix provides flexibility and strength.

3. What temperature grades do you offer?

FMA650 operates from -50℃ to 650℃, FMD450 from -50℃ to 450℃, and FMC200 from -200℃ to 200℃.

4. What thicknesses, widths, and roll lengths are available?

FMA650 and FMD450 come in 3, 6, and 10mm; FMC200 comes in 5 and 10mm. Width is 1500mm. Length is customizable, and FMC200 standard rolls are 30m or 42m.

5. Which blanket should I use for a 500℃ pipeline?

FMA650, because its range extends to 650℃, while FMD450 is rated to 450℃. Choose the thickness from your heat-loss target and surface temperature.

6. Which blanket is for LNG and cryogenic pipes?

FMC200, rated for -200℃ to 200℃. Cryogenic insulation also needs a properly designed vapor barrier, sealed joints, and outer protection.

7. Does a hydrophobic blanket prevent corrosion under insulation (CUI)?

It helps. FMA650 and FMD450 have a hydrophobic rate of ≥99% and volumetric water absorption of ≤1%, which reduces moisture held against the pipe. CUI also depends on the full system: cladding, joint sealing, drainage, coatings, and maintenance.

8. How is aerogel blanket different from mineral wool?

Aerogel blanket gives the same insulation at much lower thickness, repels water, and wraps complex shapes easily. Its price per square meter is higher, so compare total project cost rather than material cost.

Request a Quote from NANO TECH – Aerogel Blanket Manufacturer

Tell us your operating temperature, pipe or equipment size, and estimated quantity. We will recommend a grade, run a heat-loss analysis, and prepare a factory quotation for samples or bulk orders.

Get Factory Pricing & Request a Sample


  • FMA650

    FMA650 Aerogel Blanket is a high performance insulation blanket composed of silica aerogel

  • FMC200

    FMC200 Aerogel Blanket is mainly applied in low-temperature cryogenic pipelines and equipment, and high-clean environments.

  • FMD450

    FMD450 Aerogel Blanket is a high performance insulation blanket composed of silica aerogel

Customer Case

City Heat Net in Zhejiang

Conditions: Φ:600mm, length: 8km, Steam flow G=115t/h, Temp.: 309℃

Oil Exploration

Project Condition: Steam Temp. 350℃/ Ambient Temperature: 25°C/ Wind Speed: 1.0m/s