Battery Thermal Management System Aerogel Insulation Ceramic Fiber Aerogel Felt flame retardancy
Introducing our latest innovation in thermal insulation: the aerogel insulation pad for EV battery insulation. Made from a lightweight and energy-efficient nano-insulation material, this high-temperature insulation pad is designed to provide superior thermal insulation performance for electric vehicles. Its extremely low thermal conductivity ensures that EV batteries are kept at the optimal temperature for maximum efficiency and lifespan.
Our aerogel insulation pad is the ideal solution for thermal insulation for electric vehicles, offering energy-efficient and lightweight insulation for EV batteries. Whether you are looking to improve the performance and efficiency of your electric vehicle or extend the range of your EV, our insulation pad can help. It is easy to install and offers excellent durability, withstanding high temperatures and ensuring long-lasting performance.
With its cutting-edge technology and innovative design, our aerogel insulation pad is the perfect choice for energy-efficient insulation for EV batteries. So why wait? Upgrade your electric vehicle today with our high-temperature insulation pad and experience the benefits of superior thermal insulation for your EV!
Instead of thermal adhesive bonding, FQ offers a compressible pad that conforms to gaps over a large surface area for the thermal interface between modules and the cooling structural system. This solution allows for ease in disassembly and individual module layer by layer recycling. FQ's high compressible conforming pad has a proven history of use in commercial and military systems for thermal management. This compressible conformal pad is available in different thicknesses for use in both flat and prismatic cells thermal interfaces as well as a module to the cooling system.
| SN | Performance | performance requirements |
| 1 | Quality deviation rate | Should not be greater than 15%. |
| 2 | Thermal insulation performance | The shrinkage rate of the length and width of the sample before and after the test should not be greater than 3%, and the test process should be within 5 minutes
The temperature of the cold side of the sample should not exceed 180°C. |
| 3 | vertical burn | It should meet the V0 requirements specified in GB/T 2408. |
| 4 | Compression ratio | It should not be less than 35% under 2Mpa pressure. |
| 5 | tensile strength | The length and width direction should not be less than 500Kpa. |
| 6 | Insulation properties | Surface thermal resistivity should be greater than 500MΩ; leakage rate should be less than 1mA. |
| 7 | Prohibited and restricted substances | Should comply with Directive 2011/65/EU. |
| 8 | Aging resistance | After aging, the tensile strength attenuation rate of the airgel heat insulation sheet should not exceed 30%;
The dimensional change rate should be less than 1%; the heat insulation performance should meet the requirements in the table. |
The main performance parameters are shown in Table
| Characteristics and Benefits |
| ·Superior Insulation Performance | Super low thermal conductivity leads to minimum thickness for insulation, making it especially suitable for the insulation in limited space |
| ·Soft and Excellent Compression Resistance | Easy to cover any shape, maintaining structural strength after compression, enabling long service life and reusability after uninstallation |
| ·Vapor Permeable | Vapor permeability helps to prevent Corrosion Under Insulation(CUI)(for hydrophobic version) |
| ·Easy for Handling and Installation | Can be cut on site easily with conventional cutting tools to fit any specific shape or geometry |
| ·Environmental Friendly | Comply with REACH and RoHS |
Typical Applications
The functions of heat insulation, buffering, flame retardancy, thermal runaway protection and other functions of new energy passenger vehicle cells and modules
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Non Combustible Ceramic Fiber Aerogel Felt Lithium Battery Thermal Protection Images
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