Aerogel Fire-Proof Coating (AG-FPC)
Product Introduction
Aerogel Fireproof Coating AG-FPC is a high-performance, water-based fireproof and thermal insulation coating, meticulously formulated using silica aerogel powder and other inorganic components. By incorporating nanostructured aerogel material, it maintains an ultra-lightweight composition while offering exceptional fire resistance, thermal insulation, and electrical insulation properties. Its formulation is free from toxic and harmful substances, complies with environmental protection standards, and has 0 VOC (volatile organic compound) emissions, ensuring no adverse impact on the environment or human health during use.
When exposed to flames or high temperatures, AG-FPC rapidly expands, forming a dense insulating layer that effectively blocks heat transfer, significantly delaying flame spread and enhancing the fire resistance of structures. In addition to its fireproof function, it boasts an ultra-low thermal conductivity, effectively preventing heat transmission in high-temperature environments and providing safe and stable thermal protection. Moreover, it is non-conductive, making it suitable for use in fireproof insulation applications requiring electrical safety.
AG-FPC offers flexible and convenient application methods, requiring no primer and allowing direct application through brushing, spraying, or rolling onto various substrates such as metal, concrete, plastic, and wood. It ensures excellent adhesion and long-lasting weather resistance. With a wide range of applications, it is suitable for industries such as automotive manufacturing, fireproof door production, building fire protection, and industrial equipment insulation, providing efficient and reliable fireproofing solutions for various scenarios.
Through extensive technical research and development, we have successfully launched multiple product series tailored to different temperature resistance requirements. The AG-FPC series covers a temperature range from 1000°C to 1500°C, offering six distinct grades to meet fireproofing demands from moderate to extreme high-temperature environments. This enables our customers to choose precisely suited solutions while benefiting from superior fire protection performance.
Technical Parameters
| Product Model | AG-FPC |
| Appearance | Light yellow transparent liquid |
| Solid Content: | 50%-60% |
| Expansion Ratio: | 5~20 times |
| Working Temperature: | 20℃ ~1500℃ |
| Adhesion: | >0.5 Mpa (pull-off method) |
| Specific Gravity: | 1.3-1.4 kg/L |
| Drying Time: | ≥24h (at room temperature) |
| Viscosity: | 500-2000 CPs |
| VOC Content: | Zero |
| Application Method: | Spraying, brushing, rolling |
| Thermal Shock Resistance: | Complies with GB/T 31467.3-2015 |
| Temperature and Humidity Cycling: | Complies with GB/T 31467.3-2015 |
| Prohibited Substances: | Complies with REACH/ROHS testing |
| Product Model | Operating Temperature(℃) |
| AG-FPC-10 | 1000℃ |
| AG-FPC-11 | 1100℃ |
| AG-FPC-12 | 1200℃ |
| AG-FPC-13 | 1300℃ |
| AG-FPC-14 | 1400℃ |
| AG-FPC-15 | 1500℃ |
Product Advantages
- Excellent fire resistance
- Superior insulation performance
- Pure inorganic intumescent coating
- Easy application
- Non-toxic and harmless
Typical Application
- New energy vehicles
- Mobile phone batteries
- Electronics and electrical appliances
- Fire doors
- Fire-resistant glass
Manufacturer & Engineering Notes
Manufacturing & Project Experience
AG-FPC is developed and manufactured by Anchor Technology as a water-based, purely inorganic intumescent coating line, with six factory grades covering 1000°C to 1500°C service exposure. The technical team supports B2B buyers with grade selection against stated exposure conditions, sample supply for on-substrate adhesion and expansion trials, and documentation including the compliance data referenced on this page. For component manufacturers such as fire door or battery enclosure producers, the factory can review drawings and discuss film build, application method and line integration before order confirmation. Packaging, labeling and export documentation requirements can be agreed at quotation stage.
Engineering Boundaries & Custom Options
The AG-FPC range offers standard grades from 1000°C to 1500°C; where exposure conditions fall between grades or involve combined thermal cycling and humidity, the technical team can advise on selection or discuss adjusted formulations. Its limitations must be specified carefully: expansion ratio and temperature ratings describe the coating material, not a certified assembly rating, and any required fire classification for doors, glazing or structures depends on testing the complete system. Adhesion values assume proper surface preparation, and drying extends in low-temperature or high-humidity conditions. We recommend validating the full coating system on representative assemblies before series production.
Frequently Asked Questions about Aerogel Fire-Proof Coating (AG-FPC)
Technical answers for overseas buyers, engineers, and project specifiers. For project-critical values, request the current TDS before final design.
AG-FPC is a water-based fireproof and thermal insulation coating formulated with silica aerogel powder and other inorganic components. It appears as a light yellow transparent liquid with 50–60% solid content and zero VOC. When exposed to flame or high temperature, it expands rapidly — five to twenty times — forming a dense insulating char layer that blocks heat transfer and delays flame spread. It is non-conductive, which suits applications requiring electrical safety. Typical uses include new energy vehicles, mobile phone batteries, electronics and electrical appliances, fire doors and fire-resistant glass, as well as building fire protection and industrial equipment insulation.
The AG-FPC series covers six grades matched to different operating temperature requirements: AG-FPC-10 for 1000°C, AG-FPC-11 for 1100°C, AG-FPC-12 for 1200°C, AG-FPC-13 for 1300°C, AG-FPC-14 for 1400°C and AG-FPC-15 for 1500°C. This allows specifiers to select precisely against the thermal exposure of the application rather than over- or under-specifying. The general working temperature range is stated as 20°C to 1500°C depending on grade. Grade selection should be based on the maximum credible exposure temperature and required protection duration; the technical team can assist with selection when provided with the application details and substrate.
Published properties include adhesion above 0.5 MPa by pull-off method, specific gravity of 1.3–1.4 kg/L, viscosity of 500–2000 cPs, expansion ratio of 5–20 times, solid content of 50–60%, drying time of at least 24 hours at room temperature, and zero VOC. Thermal shock resistance and temperature-humidity cycling comply with GB/T 31467.3-2015, a standard associated with battery pack safety requirements, and prohibited substances comply with REACH/RoHS testing. Buyers should note that fire-performance claims for a specific assembly, such as a fire door rating, depend on the tested system, so project-level certification should be confirmed case by case.
AG-FPC requires no primer and can be applied directly by spraying, brushing or rolling onto metal, concrete, plastic and wood substrates, with reported excellent adhesion and long-lasting weather resistance. Substrates should be clean, dry and free of oil, dust, rust and loose material to achieve the published pull-off adhesion. Because it is an intumescent system, uniform film build is critical to achieving the designed expansion layer; applicators should control wet film thickness consistently and respect the 24-hour minimum drying time at room temperature before handling or topcoating. Recommended dry film thickness per application is not published on the page; confirm in the current TDS.
AG-FPC is a pure inorganic intumescent coating, non-toxic and water-based, but buyers should understand its boundaries: fire protection performance depends on applied film thickness, substrate, and the complete assembly, and the coating alone does not constitute a certified fire-rated system; drying requires at least 24 hours at room temperature, longer in cold or humid conditions; and grade selection must match real exposure temperature. Packaging format, shelf life and minimum order quantity are not published on the page; confirm these in the current TDS or with the sales team. Samples can be arranged for adhesion and expansion checks on your actual substrate before project ordering.
