Pore diameter control technology that contributes to the performance improvement of energy storage devices.
In the energy industry, particularly in the field of energy storage, there is a demand for high-performance separators and electrode materials. The performance of these materials is greatly influenced by the pore size control of wet non-woven fabrics. Optimizing pore size is essential for improving ionic conductivity, optimizing electrolyte retention capacity, and enhancing the durability of devices. Improper pore size design can lead to decreased performance and shortened lifespan of energy storage devices. Our column on pore size control technology explains how to utilize wet non-woven fabrics to contribute to the performance enhancement of energy storage devices. 【Application Scenes】 - Lithium-ion battery separators - Capacitor separators - Fuel cell separators 【Effects of Introduction】 - Improved performance of energy storage devices - Enhanced durability of devices - Increased efficiency in product development
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【Features】 - Precise control technology for hole diameter - Optimization of separation performance - Improved durability - Compatibility with a wide range of materials - Easy-to-understand explanations for specialized technicians 【Our Strengths】 We provide optimal products with the technical expertise cultivated since our establishment and our flexible responsiveness to customer needs. We are also committed to challenging new technologies and research and development, supporting our customers' product development.
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Since our founding, we have built up many things. "Tradition" ... the first priority is to inherit and protect what we do not want to break. On top of that, we want to tackle various challenges. We are committed to taking on new challenges and putting effort into research and development. We are determined to work together as a united company to provide even better products to our customers than ever before.
![Improvement of the strength of non-woven fabric using thermoplastic resin [Shinshu University Faculty of Textile Science]](https://image.mono.ipros.com/public/product/image/82b/2001455758/IPROS8488813904152381562.png?w=280&h=280)
