Copper foil tape works by creating a barrier that prevents electromagnetic waves from interfering with electronic devices. Electromagnetic waves are produced by many sources, including radios, televisions, microwaves, and other electronic devices. When these waves come into contact with electronic devices, they can cause interference that can disrupt their normal functioning. Copper foil tape works by reflecting and absorbing these electromagnetic waves, which reduces their impact on electronic devices. Electronic signals will interfere with some electronic products, whether it is a positive or negative signal, copper foil tape will immediately go to the ground so that a layer of tape will not affect the outer bread, there are generally two types of tape in the market, that is, copper foil tape and aluminum foil tape. Usually, we generally choose copper foil tape, because it is conductive fast, and environmental protection.
There are two types of copper foil tape shielding: magnetic shielding and electric shielding. electrical shielding mainly relies on the excellent conductive properties of copper itself, and magnetic shielding requires copper foil tape rubber surface conductive material "nickel" to achieve the role of magnetic shielding.
Single and double guide classification of copper foil tape: single guide refers to a single conductive surface, that is, the surface of copper foil conductive. Double-sided conductive refers to the surface conductive that adhesive also has conductive, which is called double conductive copper foil tape.
Single conductive copper foil tape refers to the adhesive surface that is not conductive, only the other side of copper conductive, so-called single conductive.
Double-conductive copper foil tape refers to the conductive surface, and the other side of the copper itself is conductive, so it is called double-conductive or double-sided conductive. Double-sided copper foil adhesive surface is also divided into two kinds conductive and non-conductive. Customers can choose or customize copper foil tape according to their demand for electrical conductivity.
