Conductive mesh 8900

Conductive mesh is made of polyester coated with nickel and copper. It offers excellent surface conductivity, shielding effectiveness, and corrosion resistance for a variety of applications.

Description

Conductive mesh is made of polyester coated with nickel and copper. The base layer is copper, which is highly conductive, and the outer layer is nickel for corrosion resistance. Nickel/copper coated polyester fabric offers excellent surface conductivity, shielding effectiveness, and corrosion resistance for a variety of applications. Conductive mesh is recommended to obtain high EMI shielding at a frequency range of 500 kHz to 10 GHz.


Features

  • Optical grade, precision stainless-steel mesh.
  • Extremely delicate, lightweight and flexible
  • Used for EMI/RFI-shielded windows
  • Used to make windows in a Faraday tent
  • DFAR compliant
  • 80 to 130 OPI
  • At the extreme limits of the world’s wire weaving abilities
  • Used in outer-space probes and leading physics laboratories

Applications

  • Electromagnetic field shielding

Characteristics

Item Unit Spec. Reference
Roll width mm 1000
Roll length 30 meters
Mesh/OPI 80 – 130
Conductive mesh thickness mm 0.085±0.01
Surface resistivity Ω/square < 0.13 MIL -G-83528
Shielding effectiveness dB min. 60 ASTM D 4935 Method
Mesh count Inch 130 #130
Conductive mesh coated Nickel Copper over Polyester
Conductive mesh is made of polyester coated with nickel and copper
Conductive mesh used create windows Faraday tent
Conductive mesh can be used to create windows in e.g. a Faraday tent

RoHS & halogen free

Item Unit Result
Pb ppm N.D.
Cd ppm N.D.
Hg ppm N.D.
Cr+6 ppm N.D.
Br ppm N.D.
C ppm N.D.

 

Part numbers

  • 8901 : Conductive mesh with flash nickel (black)
  • 8902 : Conductive mesh with flash nickel
  • 8903 : Conductive mesh stainless steel

 

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