Item No.: XW-SCC130
Application: Carbon cloth, also known as carbon fiber cloth or carbon fiber fabric, plays a crucial role in the research and manufacturing of lithium-ion batteries. As a conductive material, carbon cloth enhances the electrical conductivity of the battery, improving its efficiency and lifespan.
Warranty: One Year warranty with lifetime support;
Order(MOQ): 1 set;
Payment: T/T,Western Union, Paypal,L/C;
Product Origin: China;
Lead Time: in stock or 1-10days,ect;
Note: XIAOWEI factory supports OEM.

Products Description

Carbon cloth, also known as carbon fiber cloth or carbon fiber fabric, plays a crucial role in the research and manufacturing of lithium-ion batteries. As a conductive material, carbon cloth enhances the electrical conductivity of the battery, improving its efficiency and lifespan.

Technical Parameters

Substrate (without MPL)		Carbon Cloth
Measurement	Unit	XW-SCC130	XW-SCC130P	XW-SCC130L
Measurement	Unit	Relatively hydrophilic (without hydrophobic treatment)	Hydrophobic (20% PTFE hydrophobic)	Hydrophobic with MPL layer (Carbon powder layer)
Thickness	㎜	0.33±0.03	0.33±0.03	0.41±0.03
Weight	g/㎡	120±20	144±25	200±25
Air permeability	sec	10	9	＜55
Through plane resistance	mΩ㎠	<5	<4.6	<13
Tensile strength（MD）	N/㎝	＞10	＞10	＞10
Tensile strength（XD）	N/㎝	＞5	＞5	＞5

Role of Carbon Cloth in Lithium-Ion Batteries
1. Application in the Cathode
Carbon cloth serves as a reliable substrate for the cathode active material, which typically consists of lithium-containing compounds such as metal oxides. It offers strong mechanical support, helping to maintain firm contact between the active material and the electrolyte. This enhanced interface facilitates more efficient electrochemical reactions, ultimately improving the battery’s performance and energy output.

2. Application in the Anode
In the anode, carbon cloth functions as both a current collector and a stabilizer for the active material. By promoting efficient electron transfer between the anode and cathode, it significantly enhances the battery’s charge and discharge rates, contributing to better power delivery and cycling stability.

3. Material Advantages

Lightweight and Strong: Carbon cloth combines low weight with high tensile strength, reducing the overall mass of the battery while maintaining structural integrity.

Flexible and Adaptable: Its flexibility allows it to be easily processed into various shapes and sizes to accommodate different battery formats and design requirements.

Easy Handling: Carbon cloth is simple to integrate into automated or manual battery production processes, making it ideal for scalable manufacturing.

4. Conclusion
The use of carbon cloth in lithium-ion batteries is essential for enhancing performance, efficiency, and lifespan. Its dual role in both the cathode and anode makes it a critical material in the advancement of next-generation energy storage systems. As the demand for sustainable and high-performance batteries continues to grow, carbon cloth remains a key enabler in the evolution of lithium-ion battery technology.