Feature(may vary by option.)
●High-performance FARADAY TAPE - Copper nickel Material,extremely high-shielding conductive adhesive tape will not rip or tear without strong force or scissors
●MULTIPLE APPLICATIONS - Used for industrial (military, construction company, IOT developer), or DIY (consumer) EMI/RF shielding equipment, components, cages and enclosures
●DUAL CONDUCTIVITY - The conductive copper nickel foil tape has dual conductivity so current will flow through both sides and the adhesive. No need to worry that the adhesive tape will reduce the effectiveness between components
●ADEQUATE COPPER FOIL TAPE - Each roll is 20m/66ft Long; Wide copper nickel foil tape can wrap the cable, machine component, connection, fan, extendable antenna, computer component fully
●EMI SHIELDING COPPER FOIL TAPE - The copper nickel tape can EMI shielding in electric machine to protect your electronics devices from electromagnetic interference.
[30mmx20m & 1.2inx66ft]
Description
Conductive tape is made of high-strength polyester fiber cloth plated with highly conductive copper and nickel metal, and then coated with highly conductive acrylic self-adhesive glue. It has excellent flexibility, electrical conductivity, abrasion resistance and high temperature resistance, as well as strong tension resistance and excellent conformability. It is widely used in notebook CABLE wire, LCD/PDP wire, and mobile phone wire. Good EMI shielding effect
Features:
The high-shielding conductive adhesive tape can be easily cut and taped to surfaces for creating do-it-yourself faraday cages or RF shielding enclosures, EMF radiation reduction, EMI shielding and deflection, or connecting two sheets of Faraday Fabric.
If using with our Faraday Fabric, place the sheets together and overlap slightly. Adhere the tape to the front and back layers to seal both sides. Make sure all edges are covered. The tape is extremely strong and cannot be removed easily once in place (may damage the fabric if removed).
The tape can also be used like a patch to easily repair a punctured faraday bag.
Primary applications include shielding electronic devices from RF signals, defense against EMPs, protection against EMF and EMI radiation, industrial signal proof rooms or tents (military, construction company, IOT developer), DIY consumer RF shielding cages and enclosures, data security, and to enhance digital privacy.