Copper Nickel Conductive Fabric

Copper and Nickel Conductive Fabrics are cutting-edge materials engineered for optimal performance in conductivity and electromagnetic shielding.
Featuring a composite layer of copper and nickel, these fabrics offer unparalleled protection against electromagnetic interference (EMI) while ensuring superior electrical conductivity.
The lightweight, soft texture of the fabric ensures both comfort and flexibility, making it an ideal choice for a wide range of applications. Additionally, the fabric is highly adaptable, allowing for easy processing and molding to meet diverse design requirements.

product details

specification

Product Name	Copper and Nickel Conductive Fabrics
Thickness	0.08mm
Material Contents	Polyester/Copper/Nickel 70:16:14
Material	Base Material: Polyester
Material	Coating layer: Copper-Nickel
Width	130cm
Weight/m2	80g/m2
Shielding effectiveness	10Mhz -3Ghz: >60dB
Surface resistance	≤0.05 Ohm/M2

Characteristics

Copper and Nickel Conductive Fabrics are recognized for their extraordinary electrical performance, with ultra-low resistance that ensures efficient and reliable conductivity. The combination of copper and nickel provides an exceptional level of shielding against electromagnetic interference, effectively protecting electronic devices and systems from disruptions. Despite their impressive conductivity and shielding capabilities, these fabrics remain lightweight and pliable, offering excellent comfort for applications such as wearable technology and soft electronics. The fabric's ease of processing and molding makes it a versatile solution for manufacturers looking to incorporate conductive and shielding materials into their designs with minimal difficulty. Furthermore, these fabrics are durable and resistant to environmental factors, ensuring they maintain their performance even in demanding conditions.

application

Copper and Nickel Conductive Fabrics are widely used in sectors where both conductivity and EMI shielding are critical. In the electronics industry, these fabrics are utilized for shielding sensitive components from electromagnetic interference, ensuring the smooth operation of devices. They are also employed in wearable electronics, providing a conductive material for flexible, functional garments. The exceptional shielding properties of the fabric make it ideal for medical applications, such as diagnostic equipment and RFID shielding. The automotive and aerospace industries also rely on these fabrics to protect electronic systems from EMI. Additionally, Copper and Nickel Conductive fabric is an excellent choice for emi shielding and anti-static clothing, offering both protection and comfort in protective apparel. Thanks to its flexibility, durability, and high-performance characteristics, this material is a go-to solution across a variety of innovative and demanding applications.