Organic Fiber Flexible Aerogel Blanket (AG40)
Product Description
Organic Fiber Flexible Aerogel Blanket(AG40)is a new type of high-temperature thermal insulation material composed of special flame-retardant fiber wool and microporous silica powder filler.
The material is a flexible insulation solution produced through a vacuum high-pressure drying process. It combines fiber wool—made from a raw material blend of para-position and meta-position structures of p-phenylenediamine and terephthalic acid—with a composite of porous oxidized silica (silicon dioxide).
Product Features
1.Flame Retardant, High Temperature Resistant, Electrically Insulating
2.Ultra-Low Thermal Conductivity: as low as 0.019W/(m·K)
3.Customizable Thickness: 0.5–15 mm or as required
4.Flexible Form: available in rolls or sheets, customizable
5.Easy Processing: can be die-cut, edge-wrapped, laminated with double-sided tape or film, and cut to specific requirements
6.Environmentally Compliant: meets RoHS directive requirements
Product Applications
- Aerospace and aviation
- Robotics
- E-cigarettes
- Battery energy storage
- RVs and automobiles
- Power battery module spacing
- Wearable devices
- Household appliances
- Smart terminals
- Heating elements
- Thermal insulation for mechanical equipment
Product Parameters
Item & Property | Range | Test Standard |
Thickness( mm) (Tolerance±1 0 % ) | 0.5mm/1mm/1.5mm/2mm/2.5mm/mm/ 4mm/5mm/6mm/7mm/8mm/9mm/10mm/ 15mm | ASTMD374 |
Thermal conductivity (W/K·m) | 0.015-0.019 | ASTM D5470/TPS |
Service Temperature(℃) | -100 – 400 | Standard |
Vertical Flame Rating | V- O Equivalent | UL94 |
Density( k g / m ³ ) | 200±20 | ASTMD3574 |
Water absorption | 8% | GB/T5480 |
Shear Strength(25℃) ( MPa ) | Min≥0.7 | / |
Shear modulus(25℃) ( MPa ) | Min≥1.5 | / |
Insulation resistance | 2.02×10¹¹ | GB/T31838.4-2019(Voltage 100VDC) |
Dimensions (Rolls) | 500mm*50m,1200mm*40m,900mm*40m,500mm*40m (Note: Roll length varies depending on thickness, ranging from 15 m to 80 m) | |
Precautions / Handling Instructions
* Please use the product within the specified period. Dimensions may vary due to humidity. When accurate sizing is required, the product must be stored and managed under specific conditions for the designated period, and measurements should be taken in the same environment.
Example: Dimensions measured after storage at 25 ± 2 °C and 50 ± 20 % RH are considered the standard values.
* Appearance limits are based on internal company standards. If in doubt, please contact our company immediately.
* To avoid performance degradation, do not store the product under the following environments or conditions:
①Areas with corrosive gases such as sea breeze, chlorine, hydrogen sulfide, ammonia, sulfur dioxide, nitrogen oxides, etc.
②Locations exposed to ultraviolet (UV) light. (Storage in a shaded or cool place is recommended.)
③Temperatures outside the specified storage range.
④Under load-free conditions.
* For products designed with adhesion as a functional requirement, if the storage period has expired, please check the adhesive properties before use.
* Regardless of the intended application, for high-reliability equipment, we recommend implementing protective measures such as protective circuits or redundant circuits. Customers should perform safety testing to ensure equipment protection.
* If the product specified in this datasheet is used for applications requiring special quality or high reliability, where failure or malfunction may directly threaten life or cause bodily harm (e.g., aerospace equipment, transportation systems, combustion devices, medical equipment, disaster prevention systems, safety devices, etc.), the specifications must be confirmed for that intended use. Please consult our company representative before use.
Manufacturer & Engineering Notes
Manufacturing & Project Experience
Anchor Aerogel manufactures AG40 through a vacuum high-pressure drying process that bonds microporous silica to flame-retardant organic fiber wool. Because this product is typically converted rather than installed in bulk, our support model is drawing-driven: customers submit dimensions, tolerances, and lamination requirements, and we supply samples, die-cut prototypes, and production lots to match. Test data referenced on this page follows published standards including ASTM D374, ASTM D5470, UL94, and GB/T methods. Shelf-life, storage, and measurement-environment requirements in the datasheet are part of our standard delivery documentation for OEM customers.
Engineering Boundaries & Custom Options
AG40 covers a standard thickness range of 0.5-15 mm with ±10% tolerance and thermal conductivity of 0.015-0.019 W/(m·K); service temperature is bounded at -100°C to 400°C, and water absorption is published at 8%, which should be considered in humid or condensing designs. Standard material is supplied in rolls or sheets; die-cutting, edge-wrapping, and tape or film lamination are customized options quoted per drawing. The product is RoHS compliant and V-0 equivalent, but dimensions are humidity-sensitive and high-reliability applications require use-specific specification confirmation, as stated in the datasheet.
Frequently Asked Questions about Organic Fiber Aerogel Blanket (AG40)
Technical answers for overseas buyers, engineers, and project specifiers. For project-critical values, request the current TDS before final design.
AG40 is a thin, flexible insulation designed for compact thermal management: aerospace and aviation, robotics, battery energy storage and power battery module spacing, RVs and automobiles, e-cigarettes, wearable devices, household appliances, smart terminals, heating elements, and mechanical equipment insulation. With thicknesses from 0.5 mm upward and thermal conductivity as low as 0.019 W/(m·K), it suits designs where conventional fibrous insulation is too bulky. For high-reliability equipment, the datasheet requires the specification to be confirmed for the intended use, so please consult our team before design-in.
AG40 combines a special flame-retardant fiber wool, spun from a blend of para-position and meta-position structures of p-phenylenediamine and terephthalic acid, with a microporous silica (SiO2) filler, produced through a vacuum high-pressure drying process. The composite is flame retardant, electrically insulating, and rated for continuous service from -100°C to 400°C. Its vertical flame rating is V-0 equivalent under UL94, and the material meets RoHS directive requirements, which supports use in regulated electronics, battery, and transportation applications.
Standard thicknesses run from 0.5 mm to 15 mm (0.5/1/1.5/2/2.5/4/5/6/7/8/9/10/15 mm) with a published tolerance of ±10% per ASTM D374. Standard roll formats include 500 mm x 50 m, 1200 mm x 40 m, 900 mm x 40 m, and 500 mm x 40 m, with roll length varying between roughly 15 m and 80 m depending on thickness. Note that dimensions can shift with humidity; the datasheet defines 25 ± 2°C and 50 ± 20% RH as the standard measurement environment, so critical dimensions should be verified under those conditions.
Yes. AG40 is designed for conversion: it can be die-cut to precise shapes, edge-wrapped, and laminated with double-sided tape or film, and cut to customer-specific requirements. This makes it practical for automated assembly of battery modules, electronics, and appliances where insulation pieces must match tight component geometries. Where adhesion is a functional requirement, the datasheet advises checking adhesive properties if the storage period has expired. Send drawings or CAD files with your inquiry so tolerances, lamination stack-up, and packaging format can be confirmed before sampling.
The datasheet requires AG40 to be used within its specified period and stored away from corrosive gases (sea breeze, chlorine, hydrogen sulfide, ammonia, sulfur dioxide, nitrogen oxides), away from UV exposure, within the specified storage temperature range, and under load-free conditions. Appearance limits follow internal company standards. For applications where failure could threaten life or cause injury, such as aerospace, transportation, combustion, medical, or safety devices, the specifications must be confirmed for that use with our representative before adoption, and protective or redundant measures are recommended.