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ZIPMESH, self-adhesive EMI shielding tape

RoHS REACH Compliant
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Raw materials are not available for standalone purchase; instead, they are intended to be integrated into a tailor-made, custom-engineered solution.

Faraday frequency shielding over a wide frequency range. Wrapping of cables, cable bundles and branches with 50% coverage. Equipped with self-adhesive film for secure positioning even with strong movements and vibrations. The wrapping tape consists of a wire mesh on AL/PET film, also available on Cu film. Continuous operating temperature up to max. 120°C. Typical areas of application: automotive, transportation, robotics, energy, power and supply

Specifications

  • Material:Aluminium or copper PET foil, knitted fabric made of tinned copper wire
  • Total weight:16g/m
  • Temperature resistant: -30 to +120 °C
  • Color:Aluminium (or copper)
  • Installation:Wrapping with 50% coverage
  • Thickness - knit:0.6mm
  • Thickness - aluminum/copper foil:0.025mm
  • Ø Tinned copper wire:0.15mm
  • Adhesive strength on steel:19N/mm
  • Storage capacity:12 months at max. 23°C & 60% r.h.
  • Available on rolls - Width:25 (also 75)mm
  • Available on rolls - Length:5m
  • Conformity:RoHS6

Shielding Effectiveness

ZIP MESH (AL)

ATTENUATION DATA WAS OBTAINED USING MIL-DTL-83528H (MODIFIED). TESTING WAS PERFORMED BY ACCREDITED, THIRD-PARTY EMI LABORATORIES.

Specifications are subject to change without notice. All statements and technical information contained herein are based on tests we believe to be reliable, but accuracy or completeness cannot be guaranteed under all circumstances. Before using Zipper-technik products, the user must determine suitability for the intended use and assumes full responsibility for improper selection. Zipper-technik shielding published attenuation values ​​have been verified by laboratory testing of the respective shielding materials. Actual installed attenuation values ​​may vary due to installation techniques and final assembly parameters that are beyond Zipper-technik's control. Actual attenuation values ​​can only be determined by the end user testing the finished assembly.