Separator of lithium-ion battery
Product Portfolio
Dry Process Separator
Double-Layer Separator / Single-Layer Separator / High-Toughness Separator
Applications:
Based on different porosity and pore size characteristics, these separators are used in:
Electric vehicles (EVs)
Power tools
Energy storage devices
3C electronic products (computers, communication, and consumer electronics)
Features:
Double-Layer Separator
Dual-layer composite separator with a high safety factor
This series has been stably supplied to well-known international battery manufacturers for a long time
Single-Layer Separator
High strength with excellent thickness and air permeability consistency
Suitable for high-energy-density batteries and coated base membranes
Has been stably supplied to overseas customers since 2013
High-Toughness Separator
Offers enhanced protection during battery heavy impact and edge safety tests, preventing direct contact between positive and negative electrodes
Features ultra-small micropore sizes with highly uniform distribution
Strength improved by more than 20% compared to previous products
Wet-Process Separator

Wet-Process Biaxial Stretching
Applications:
High-performance lithium-ion batteries
Features:
High-Performance Lithium-Ion Battery Wet-Process Separator
Available in single-layer or multi-layer designs
Uniform pore size distribution
High MD/TD tensile strength and high puncture resistance
Excellent thermal stability
Good permeability, high porosity, and low resistance
High-Performance Lithium-Ion Battery Wet-Process Separator
Thin design for high energy density and high strength for enhanced safety
5µm thickness: Designed for consumer electronics lithium-ion batteries
7µm thickness: Suitable for consumer electronics lithium-ion batteries and some high-energy-density power lithium-ion batteries
Mass-produced and supplied to top-tier domestic and international manufacturers

Coated Separator

Water-based PVDF + Nano-ceramic Hybrid Coating

Nano-resin Single-sided/Double-sided Coated Separator
Ceramic Coating / Resin Coating / Water-based PVDF + Nano-ceramic Hybrid Coating / Nano-resin Coating Film
Applications:
Applicable to various lithium-ion power batteries, including electric vehicles, electric bicycles, power tools, and energy storage systems.
Features:
Ceramic Coated Separator
Independently developed coating with low moisture content and low thermal shrinkage.
Uniform ceramic particle size with excellent surface smoothness.
Porous coating structure with evenly distributed pore size.
High coating consistency: Coating thickness = Target thickness ±1μm.
Resin Coated Separator
Water-based coating, environmentally friendly.
Strong adhesion to electrodes, enhancing the hardness of pouch batteries.
Excellent coating consistency: Coating thickness (0~1μm).
Water-based PVDF Coated Separator
Superior electrolyte retention, improving battery cycling performance.
Strong adhesion to electrodes, increasing battery hardness.
Excellent thermal stability for enhanced safety.
High oxidation resistance, meeting the demands of high-voltage batteries.
Nano-resin Coated Separator
Water-based coating, environmentally friendly.
Strong adhesion to electrodes, enhancing battery hardness.
Digital Factory
Project 1: Introduction of Intelligent Production Management System
Project 2: Introduction of AGV logistics system
Project 3: Extensive introduction and usage of robots
Project 4: Put into operation of the entire imported automated production lines
Project 5: Introduction of Automatic Storage System
Project 6: Full process digital adaptive production system
Project 7: Paperless office
Project 8: Fool-Proof System for the whole separator production process

Intellectual Property Patent

Quality Guarantee
Strictly control the quality of products, from the import of raw materials to the production of finished separator, an average of more than 3,000 standard controls are required.
We passed ISO9001 and ISO14001 system certification in 2008 and IATF16949 system certification in 2014. And we are establishing the process audit standard of VDA6.3 of German Automotive Industry Association and Japanese hazardous material management system (GP).
