The main materials of conductive cloth tape are conductive cloth and conductive glue.
Conductive cloth tape is made of conductive cloth as the substrate, and usually uses polyester fiber cloth as the substrate. It is electroplated and metal plated to make it have metallic characteristics and become conductive fiber cloth. Such conductive cloth can be nickel-plated conductive cloth, gold-plated conductive cloth, carbon-plated conductive cloth, etc. During the manufacturing process of conductive cloth tape, a layer of conductive glue is coated on the conductive cloth. This layer of conductive glue can be conductive glue containing nickel, or can be ordinary acrylic glue or hot melt glue, in order to provide good adhesion. The choice of conductive adhesive depends on the specific application requirements and can be a highly conductive adhesive coated on metal foil or conductive cloth.
The physical properties of conductive cloth tape include electroplating metallic nickel on polyester fiber, then plating a highly conductive copper layer on the nickel, and finally plating an anti-oxidation and anti-corrosion nickel metal. The combination of copper and nickel provides excellent electrical conductivity and good electromagnetic shielding, with a shielding range of 100K-3GHz. This structure allows the conductive cloth tape to perform well in high-radiation working environments such as electronic and electromagnetic, and can effectively shield electromagnetic interference.
In general, the material of conductive cloth tape combines conductive cloth and conductive glue. Through specific plating and coating processes, it achieves good conductivity and electromagnetic shielding effect, and is suitable for a variety of electronic and electromagnetic shielding applications.
