1.1m wide 210T plain conductive fabric RFID shielding Faraday fabric anti-electromagnetic radiation anti-theft and anti-degaussing

This series of products is a conductive fabric made of light woven gingham cloth and coated with copper-nickel metal on the surface using magnetron sputtering and composite coating technology.

Soft conductive tape, low impedance silver mesh plain weave hot melt electromagnetic radiation shielding cloth

This series of products is a conductive fabric made of light woven gingham cloth and coated with copper-nickel metal on the surface using magnetron sputtering and composite coating technology.

Plain gray conductive cloth, copper-plated nickel, high shielding effect, high conductivity, suitable for FPC PCB ESD grounding.

This series of products is a conductive fabric made of light woven gingham cloth and coated with copper-nickel metal on the surface using magnetron sputtering and composite coating technology.

260T gray plain weave conductive fabric, nickel-plated copper, for ESD grounding interference suppression.

This series of products is a conductive fabric made of light woven gingham cloth and coated with copper-nickel metal on the surface using magnetron sputtering and composite coating technology.

1.1m wide 230T conductive Faraday fabric, nickel-copper anti-electromagnetic radiation RFID shielding and demagnetizing cloth

This product is a conductive fabric made of copper-nickel metal coated on the surface of a lightweight textile base using magnetron sputtering and composite coating technology.

High conductivity plain weave gray conductive cloth, copper-plated nickel, high shielding effect

This product is a conductive fabric made of copper-nickel metal coated on the surface of a lightweight textile base using magnetron sputtering and composite coating technology.

Plain weave conductive cloth, EMI RFID shielding cloth, anti-radiation signal shielding cloth, plain weave gray conductive cloth

This product is a conductive fabric made of copper-nickel metal coated on the surface of a lightweight textile base using magnetron sputtering and composite coating technology.

Plain weave RFID shielding conductive fabric signal shielding anti-radiation lining fabric anti-radiation Faraday fabric

This product is a conductive fabric made of copper-nickel metal coated on the surface of a lightweight textile base using magnetron sputtering and composite coating technology.