Copper Nickel Checkered Fabric — EMF Shielding Textile CU-CHECK — 60–90 dB Manufacturer-Tested main product photo
Copper Nickel Checkered Fabric — EMF Shielding Textile CU-CHECK — 60–90 dB Manufacturer-Tested product photo 2
Copper Nickel Checkered Fabric — EMF Shielding Textile CU-CHECK — 60–90 dB Manufacturer-Tested product photo 3
Copper Nickel Checkered Fabric — EMF Shielding Textile CU-CHECK — 60–90 dB Manufacturer-Tested product photo 4
Copper Nickel Checkered Fabric — EMF Shielding Textile CU-CHECK — 60–90 dB Manufacturer-Tested product photo 5
Copper Nickel Checkered Fabric — EMF Shielding Textile CU-CHECK — 60–90 dB Manufacturer-Tested product photo 6
Copper Nickel Checkered Fabric — EMF Shielding Textile CU-CHECK — 60–90 dB Manufacturer-Tested product photo 7
Nickel-Copper Fabric

Copper Nickel Checkered Fabric — EMF Shielding Textile CU-CHECK — 60–90 dB Manufacturer-Tested

Zimo CU-CHECK copper nickel shielding fabric (checkered weave pattern): 60–90 dB manufacturer-tested attenuation for RFID blocking, Faraday enclosures and EMF protection. No MOQ, spec sheet on request.

Specifications

Model
CU-CHECK
Weave
checkered weave pattern
Shielding
60–90 dB manufacturer-tested; reports on request
Composition
Copper-nickel plated conductive fabric
MOQ
No MOQ for standard items

Copper Nickel Shielding Fabric

Zimo CU-CHECK is a copper nickel plated conductive fabric with a checkered weave pattern. Manufacturer-tested attenuation spans 60–90 dB — the highest confirmed range in our fabric line — at an economy cost position. The nickel outer layer slows oxidation for long-term reliability.

Key Features

• 60–90 dB attenuation (manufacturer-tested, reports on request) • Cost-effective high-attenuation shielding • Nickel outer layer slows oxidation • Suitable for wallets, bags, pouches, curtains and workwear panels • No MOQ on standard rolls; custom widths on request

Applications

RFID blocking wallet and bag linings, anti scanning phone pouches, Faraday enclosures, EMF protection curtain fabric, workwear shielding panels.
Request the current spec sheet, attenuation data and a sample — tell us your application and target frequency band.

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