Insulation protective sheet BST-23 to prevent the spread of fire from lithium-ion batteries.
BST-23
Ultra-thin, strongest sheet to prevent fire spread due to thermal runaway.
We have developed the "Insulation Protective Sheet BST-23," which, despite its thin profile, combines thermal insulation and penetration resistance at high temperatures. This uniquely developed sheet can withstand temperatures of up to 1300°C for a short period, making it possible to prevent the spread of fire to surrounding components by installing it within the casing in the event that a product equipped with a lithium-ion battery catches fire. Additionally, by adhering the 1mm thick insulation protective sheet BST-23 to a metal plate, we achieve thermal insulation effects of approximately 1000°C. *The thickness can be adjusted according to requirements.
Inquire About This Product
basic information
We will respond according to your requests. - The standard thickness is 1mm. For widths within 500mm, lengths of 10m or more are also possible. - Complex shapes can be processed using punching dies.
Price range
Delivery Time
Applications/Examples of results
Products equipped with lithium-ion batteries: BEVs, electric bikes, electric assist bicycles, stationary storage batteries, etc. Peripheral equipment for lithium-ion batteries: storage facilities, transport containers, etc.
Detailed information
-
The thermal insulation protective sheet BST-23 forms a space between layers due to the high heat generated by heat generation and ignition of lithium-ion batteries, demonstrating thermal insulation and puncture resistance.
-
It has high strength and exhibits excellent penetration resistance even at high temperatures compared to conventional materials such as mica plates.
catalog（1）
Download All Catalogs
Company information
Starlight Industries was established in 1936 as a venture company focused on the development of unique sliding materials using phenolic resin. Since then, we have been engaged in the development of new materials, including high-performance engineering plastics, and their composites. Utilizing tribology (friction, wear, and lubrication engineering) and cutting-edge molding technology as key technologies, we provide one-stop solution proposals based on material design, molding processing, and evaluation analysis technology to achieve "optimization and labor-saving" in a wide range of applications and production equipment, including steel, paper, shipbuilding, industrial machinery, robotics, electrical and electronic equipment, and mobility, transport, and conveying equipment. Starlight's strengths: - Compound technology that meets friction performance - Performance evaluation and analysis technology for product design - Molding and processing technology that optimizes costs
![Analysis of Lithium Hydroxide and Lithium Carbonate Using an Automatic Titration Device [Technical Document]](https://image.mono.ipros.com/public/product/image/de8/2000811051/IPROS54141641602181155817.jpeg?w=280&h=280)
