Double-Sided Conductive Tape Copper Foil Tape Adhesive 6mm x 50m/164ft for Guitar, EMI Shielding Crafts, Electrical Repairs, Stained Glass 1pcs

Key Features

• Per Roll Total Length 50m/164ft ; Tape Width 6mm/0.23inch; Thickness 0.06mm; Side Type Double-Sided Conductive.
• Temperature Resistance Long-term 80 ℃ Short-term 150 ℃.Made of copper good conductivity and thermal conductivity, with good corrosion resistance; Excellent shielding effect. (compared with pure aluminum high density, low resistance, excellent conductivity, and stronger shielding effect)
• Double-sided conductive tape, Copper foil tape has a good shielding effect against electromagnetic interference, and also has a good performance in grounding and electrostatic discharge, which is better than aluminum foil tape
• Widely for electronic device repair,RFI shielding, wire wrapping; Home decoration; EMI shielding of electric guitar; DIY crafts, manual production
• The copper foil tape is highly adhesive and easy to be damaged. Before pasting, please determine the bonding position (you can draw a line first) to avoid tearing it off again and pasting it repeatedly

Product Description

About this item Per Roll Total Length : 50m/164ft ; Tape Width : 6mm/0.23inch; Thickness : 0.06mm; Side Type : Double-Sided Conductive. Temperature Resistance: Long-term 80 ℃ Short-term 150 ℃.Made of copper: good conductivity and thermal conductivity, with good corrosion resistance; Excellent shielding effect. (compared with pure aluminum: high density, low resistance, excellent conductivity, and stronger shielding effect) Double-sided conductive tape, Copper foil tape has a good shielding effect against electromagnetic interference, and also has a good performance in grounding and electrostatic discharge, which is better than aluminum foil tape Widely for electronic device repair,RFI shielding, wire wrapping; Home decoration; EMI shielding of electric guitar; DIY crafts, manual production The copper foil tape is highly adhesive and easy to be damaged. Before pasting, please determine the bonding position (you can draw a line first) to avoid tearing it off again and pasting it repeatedly ›