ITEM NAME:4 Pack Copper Foil Tape with Conductive Adhesive for EMI Shielding, Slug Re G3K4 4 Pack Copper Foil Tape with Conductive Adhesive for EMI Shielding, Slug Re G3K4 Copper bus tape is a kind of metal tape. It is mainly used in electromagnetic shielding, electrical signal shielding and magnetic signal shielding. Electrical signal shielding mainly depends on copper's excellent electrical conductivity, while magnetic shielding requires the adhesiveness of copper tape. Conductive material "nickel" to achieve the role of magnetic shielding, it is widely used in mobile phones, laptops and other digital products. The tape has double conductivity, so current will flow through both sides and the adhesive; One side coated with strong adhesive, protected by paper backs on the web; The tape is resistant to oxidation and discoloration; Copper foil has low surface oxygen properties and can be attached to a variety of different substrates, such as metals, insulating materials, etc., with a wide temperature range of use; Suitable for indoor and outdoor use. Suitable for all types of transformers, mobile phones, computers, PDA, PDP, LCD monitors, notebook computers, copiers and other electronic products where electromagnetic shielding; EMI guitar shield, blocking agent, snail repellent, welding, stained glass, paper Circuits, education aids, electrical repairs, home repairs, bonding, grounding, decoration, crafts, etc. The general inspection performance of the most commonly used copper foil tape on the market is as follows: Substrate thickness: 0.018mm-0.05mm Adhesive thickness: 0.035mm~0.04mm Colloidal composition: conductive voltage pressure sensitive adhesive Peeling force: 1.0 ~ 1.5kg/25mm (180 degree reverse peel force test) Temperature resistance -10 Celsius---120Celsius Tensile strength 4.5~4.8kg/mm Elongation 7% to 10% MIN Quantity: 4 pack Size: 0.6CM*20M Colour: Rose gold Material: copper Remarks: Test.It is mainly used in electromagnetic shielding, electrical signal shielding and magnetic signal shielding. Electrical signal shielding mainly depends on copper's excellent electrical conductivity, while magnetic shielding requires the adhesiveness of copper tape.
