Copper-Nickel Conductive Fabric


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SKU: CF-CN-828-01 Category: .

Product Details

Quality and Fabric Characteristics

  • Fabric content of polyester, copper and nickel
  • Surface resistance of ≤0.07 Ω/sq
  • Average attenuation of ≥55 dB in 10MHz – 3GHz
  • Fire point of 250℃, never self-ignite

Features and Benefits

  • Highly Electrically Conductive  
  • RF/EMI/EMF/LF Blocking
  • Super Earthing/Grounding Fabric
  • Anti-electrostatic/ESD
  • Radiation/Radiowave/Microwave shielding 
  • Very easy to cut and sew

General Description

Copper-Nickel fabrics blocking RFID/RF. Reduce EMF/EMI Protection. Conductive fabric protects from Radiation/HF Signal/WiFi. Preserves the working integrity of electronic devices in the event of EMP or CME. 10 different thicknesses from 0.08 mm to 0.28 mm.

Safety & Documentation

Safety: Non-toxic, tasteless and odorless.  You can treat it as normal trash for waste disposal. May cause skin allergy after long exposure.


Copper-Nickel Conductive Fabrics





Test Standard

(thickness in each row correspond to different conductive fabrics labeled from CF1 to CF10)

mm0.08±0.02 (CF1, CF1B – black color)

0.09±0.02 (CF2)

0.1±0.02   (CF3)

0.11±0.02 (CF4)

0.15±0.02 (CF5)

0.17±0.02 (CF6)

0.2±0.02   (CF7)

0.23±0.02 (CF8)

0.25±0.02 (CF9)

0.28±0.02 (CF10)





mm1300 (CF1, CF1B)

1300 (CF2)

1400 (CF3)

1400 (CF4)

1300 (CF5)

1300 (CF6)

1100 (CF7)

1100 (CF8)

1300 (CF9)

1100 (CF10)





g/m270±10  (CF1); 85±10 (CF1B)

80±10  (CF2)

90±10  (CF3)

90±10  (CF4)

130±10 (CF5)

135±10 (CF6)

118±20 (CF7)

150±20 (CF8)

210±20 (CF9)

200±20 (CF10)



Fabric DensityT260 (CF1, CF1B)

260 (CF2)

260 (CF3)

190 (CF4)

250 (CF5)

230 (CF6)

230 (CF7)

230 (CF8)

150 (CF9)

230 (CF10)





Plain weave, except Rip-stop (CF2 and CF3)



Surface ResistanceΩ/sq 


≤0.05, except ≤0.07 for CF1B and CF5



Shielding EffectivenessdB 


≥55 for frequencies range from 10 MHz to 3 GHz



Coating Metal/Content%Copper/16±3 (CF1);

Copper/20±3 (CF1B)

Copper/21±3 (CF2)

Copper/20±2 (CF3)

Copper/14±2 (CF4)

Copper/20±3 (CF5)

Copper/23±3 (CF6)

Copper/28±3 (CF7)

Copper/20±3 (CF8)

Copper/18±3 (CF9)

Copper/17±3 (CF10)



Coating Metal/Content%Nickel/14±3 (CF1);

Nickel/15±3 (CF1B)

Nickel/16±3 (CF2)

Nickel/15±2 (CF3)

Nickel/11±2 (CF4)

Nickel/15±3 (CF5)

Nickel/12±3 (CF6)

Nickel/15±3 (CF7)

Nickel/15±3 (CF8)

Nickel/17±3 (CF9)

Nickel/8±3 (CF10)



Base Materials%Polyester/70±5 (CF1)

Polyester/59±5 + Coating/6±2 (CF1B)

Polyester/63±5 (CF2)

Polyester/65±5 (CF3)

Polyester/75±5 (CF4)

Polyester/65±5 (CF5)

Polyester/65±5 (CF6)

Polyester/57±5 (CF7)

Polyester/65±5 (CF8)

Polyester/65±5 (CF9)

Polyester/75±5 (CF10)



Fire Point


250 oC, never self ignite



Storage Conditions-20 oC to +40 oC, relative humidity ≤65%




Available sizes: Copper-nickel conductive fabrics are available with 43.31″ – 55.12 (110 – 140 cm) width x 39.37″ length (100 cm), unless otherwise specified, and fabric thicknesses of  0.08, 0.09, 0.11, 0.15, 0.17, 0.2, 0.23, 0.25 and 0.28 mm online. For customized lengths of copper-nickel conductive fabric, contact Nano3D Systems.

Additional Information

Usage for bags, curtains, tents, covers, anti-static clothes, e-textile etc. Can be used as an insert in the wallet or handbag to protect your credit cards from data theft. Can be also used to shield rooms & booths, as car security keyfob bag et al. Effective shielding from cell towers, wireless routers, microwave signals, smart meters, security systems, radars, etc. EMI/EMF blocking and EMP protection of electronics. High-shielding conductive fabric for blocking RF signals such as cell phones, bluetooth, WiFi, GPS et al.