1
/
of
7
Amazon
Faraday Tape - Double Conductive Cloth Tape for EMI RF Shielding & ESD Grounding, Copper Nickel Faraday Fabric Tape Roll for EMF Protection, Cable Repair (2 in X 66 ft)
Faraday Tape - Double Conductive Cloth Tape for EMI RF Shielding & ESD Grounding, Copper Nickel Faraday Fabric Tape Roll for EMF Protection, Cable Repair (2 in X 66 ft)
Regular price
$13.99 USD
Regular price
Sale price
$13.99 USD
Taxes included.
Shipping calculated at checkout.
Quantity
Couldn't load pickup availability
Share
- 【Double Conductive Fabric Tape for Sealing & Bonding】This is not just Faraday fabric; it's a ready-to-use Faraday tape. The double conductive fabric tape on one side bonds strongly to various surfaces, while the copper-nickel conductive fabric side provides continuous shielding. It creates electrically sealed seams and patches instantly.
- 【Primary Uses: RF Enclosure Sealing & EMI Shield Repair】Designed for sealing Faraday cages, bags, and RF enclosures by covering seams. Perfect for repairing punctures or tears in existing shielding. The core function of our Faraday Tape is to restore complete EMI/RF shielding integrity in DIY and professional setups.
- 【3 Practical Sizes for Precision & Coverage】Optimized widths for different tasks: Narrow (1”/2.5cm) for detail work and tight spaces, Standard (1.18”/3cm) for general-purpose sealing and long runs, Wide (2”/5cm) for quick coverage of large seams or cable harness wrap. Each roll provides substantial length for extended projects.
- 【Essential for Electrical Bonding & ESD Grounding】Beyond shielding, the double conductive cloth tape's crucial for creating reliable electrical bonds and ESD (electrostatic discharge) grounding paths. Use it to bond shielding to chassis, ground components, or create conductive traces in non-soldered applications, thanks to its through-plane conductivity.
- 【Easy Application with Key Safety Note】Flexible and easily cut by scissor. Ensure complete contact and overlapping seams for an unbroken shield. Critical Warning: This tape is conductive. Keep away from energized circuits and power sources to prevent short circuits.
