Battery separator

NVP homopolymers for battery separator modification

 

NVP homopolymer is widely used in the modification of various battery separators, from common lithium-ion batteries to emerging sodium-ion and potassium-ion batteries. In the field of lithium-ion power batteries, separators modified with NVP homopolymer can help electric vehicles achieve longer driving range and more stable charge and discharge performance. In terms of energy storage batteries, modified separators can improve the energy storage efficiency and service life of energy storage systems and reduce operating costs.

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1. Improve the performance of the diaphragm: NVP homopolymer has excellent solubility and compatibility, and is easily miscible with the diaphragm material. It can significantly enhance the wettability and liquid retention of the diaphragm to the electrolyte, ensure ion transmission, and stabilize the battery charging and discharging.

2. Adapt to multiple battery systems: It is suitable for lithium, sodium, potassium and other ion battery systems. Improve the endurance and charging and discharging stability in lithium-ion power batteries, improve the energy storage efficiency, extend the life and reduce the cost in energy storage batteries, and meet various scenarios.

3. Optimize the manufacturing process: It has good film-forming properties. Manufacturers can compound it with traditional diaphragms through simple processes such as solution blending and coating, which can improve battery performance while reducing costs and increasing efficiency, and facilitate large-scale production.

4. Enhance the overall performance of the battery: fundamentally improve the performance of the diaphragm, improve the overall performance of the battery, extend the cycle life, and improve the charging and discharging efficiency, helping the battery industry to develop towards high performance, long life, and low cost, and enhance market competitiveness.

Q: From the perspective of manufacturing process, is it complicated to use your company's NVP homopolymer for diaphragm modification? ​

A: Not at all. Our NVP homopolymer has excellent film-forming properties. Manufacturers can compound it with traditional diaphragm materials through simple processes such as solution blending and coating, which can not only improve battery performance, but also reduce production costs and improve production efficiency, which is very conducive to large-scale production. ​

Q: How to ensure product quality? ​

A: We have a strict quality control system. Every process from raw material procurement to production is precisely controlled and tested. The product has high purity and stable performance, which fully meets the strict standards of battery-level applications and provides customers with reliable guarantees. ​

Q: What is the customer feedback in actual applications? ​

A: Many customers have reported that after using our NVP homopolymer modified diaphragm, the comprehensive performance of the battery has been greatly improved, the charging and discharging efficiency has been significantly improved, and the cycle life has been significantly extended, which effectively enhances the market competitiveness of their products.

Quick contact us

We focus on the field of NVP homopolymers and are committed to providing excellent solutions for battery separator modification. We can provide high-quality NVP homopolymer products with high purity, stable performance, excellent solubility and compatibility, and can be perfectly integrated with various battery separator materials.

Our address

Room 3-405, Block B, Xigangxing Street, No. 206, Zhenhua Road, Sandun, Xihu District, Hangzhou, Zhejiang Province

Phone Number

86-571-81061536

E-mail

 

lisa@cpvp.com.cn