Copper EMI Conductive Fabric

Polyester Taffeta Paint Copper Conductive Fabric is a high-performance, lightweight, and durable fabric designed for applications that require exceptional shielding and conductivity. Made from a combination of polyester taffeta and a copper paint coating, this fabric offers superior protection against electromagnetic interference (EMI) while ensuring excellent electrical conductivity. It is ideal for various industries, providing a reliable solution for advanced shielding needs.

product details

specification

Product Name	Polyester Taffeta Paint Copper Conductive Fabric
Thickness	0.08mm
Material	Base Material: Polyester
	Coating layer: Copper
	Material Contents: Polyester/Copper71:29
Width	130cm
Weight/m2	70±19g/m2
Shielding effectiveness	10Mhz -3Ghz: >60dB
Surface resistance	≤0.05 Ohm/M2

Characteristics

The copper Conductive Fabric is recognized for its lightweight and durable construction. The fabric’s copper-nickel plating enhances its shielding effectiveness, offering reliable protection against electromagnetic interference (EMI) and ensuring high signal integrity. Its low resistance ensures superior conductivity, making it ideal for electronic applications where the efficient flow of electricity is essential. The material is also corrosion-resistant, thanks to the copper-nickel coating, which ensures longevity and reliability even in challenging environments. While providing excellent shielding and conductivity, the fabric maintains good breath ability, making it adaptable for a wide range of uses. Additionally, it is easy to handle and can be molded into various shapes, providing excellent versatility in product design.

application

Copper Conductive Fabric is widely used in industries where shielding and electrical conductivity are crucial. It is commonly used in EMI protective clothing, smart garments, and wearable devices, offering protection against electromagnetic shielding. In the automotive industry, it is used to shield sensitive electronic components from interference. The fabric is also used in aerospace applications, where high-performance shielding is necessary to protect avionics and other sensitive systems. Additionally, it serves as a valuable material in medical devices, ensuring protection for electronic equipment used in healthcare. Its versatility also extends to the production of conductive textiles for industrial and consumer electronics, offering a durable and effective solution for EMI shielding and electrical conductivity needs.