Single conductor copper foil tape

• Single conductive copper foil tape means that the adhesive side is not conductive and only the other side of the copper is conductive. It is a kind of metal tape, mainly used in electromagnetic shielding, divided into two kinds of electrical signal shielding and magnetic signal shielding, electrical signal shielding mainly relies on the excellent electrical conductivity of copper itself, while magnetic shielding requires the adhesive surface of copper foil tape conductive material "nickel" to achieve the role of magnetic shielding, and is widely used in cell phones, notebook computers and other This is why it is widely used in mobile phones, notebooks, and other digital products.

Copper Foil Adhesive Tape Storage

1. The test conditions are at room temperature 25℃ and relative humidity 65 or below using the results of ASTMD-1000.
2. When the goods are stored, please keep the room dry and ventilated.
3. The product is mainly used to eliminate electromagnetic interference and isolate the harm of electric fall waves to the human body, mainly used in computer peripheral wire, computer wet display screens, and transformer manufacturers.
4. Copper foil tape is divided into single-sided laminated and double-sided laminated. Single-sided copper foil tape is divided into single-conducting copper foil tape and double-conducting copper foil tape, single-conducting copper foil tape means that the adhesive surface is not conductive, only the other side of the copper conductive, so-called single-conducting that is single-sided conductive; double-conducting copper foil tape means that the adhesive surface is conductive, and the other side of the copper itself is also conductive, so-called double-conducting that is double-sided conductive. There is also double-sided adhesive copper foil tape used and other materials processed into more expensive composite materials, double-sided adhesive copper foil adhesive surface is also divided into two kinds of conductive and non-conductive, and customers can choose according to their needs for conductivity.