Double sided conductive cloth is a new type of metalized film made by laminating one or two layers of copper foil and aluminum foil through high-temperature hot pressing using double-sided rolling technology

Double-sided conductive clothIt is a new type of metalized film made by laminating one or two layers of copper foil and aluminum foil through high-temperature hot pressing using double-sided rolling technology. It has high electrical conductivity and good corrosion resistance, and can be made into products of various thicknesses, suitable for industrial fields such as electronic appliances, instruments and meters, with broad application prospects.
Double sided conductive cloth is a fabric made of organic conductive materials, which has high conductivity and high resistance to electric sparks. It has excellent electrical performance, such as high insulation, high reliability, and high resistance to electrical sparks, which can effectively reduce leakage and improve electrical strength, making it suitable for various applications. Double sided conductive fabric is woven from high-quality fabric, with good softness and elasticity, comfortable to wear, and can be cut freely. It has excellent corrosion resistance, high temperature resistance, acid and alkali resistance, and climate change resistance, which can effectively protect cables and wires and extend their service life. Double sided conductive cloth is suitable for various applications such as wires, cables, shielding cloth, insulation cloth, etc. It is one of the indispensable materials in modern electrical engineering.
1. What is two-sided conductivity?
Two sided conductivity is composed of two materials, one of which is copper and the other is aluminum. Due to the larger contact area between copper and aluminum in electricity compared to pure silver, its electrical performance is better. Therefore, this material is called a two-sided conductor.
2. Why do we need to make it double-sided?
Because single-sided conductors are prone to oxidation, resulting in poor contact. For example, when current passes through, if there is only one wire, the current can only flow through this wire and cannot pass through the other wire; But if two wires are used, the current can pass through both wires at the same time, thereby improving transmission efficiency. The emergence of double-sided conductors has effectively solved this problem.

(1) Good anti-static ability: Due to its dense metallization layer on the surface, it can effectively prevent air impurities from entering. Therefore, it has better anti-static performance than general metal materials and is less prone to corona discharge, which is beneficial for protecting circuit boards.
(2) Good heat dissipation effect: Because it has a thin layer of metalized film on its surface, it can greatly reduce the thermal conductivity, effectively reducing heat generation and making it difficult for heat to dissipate, thus avoiding damage to the circuit board.
(3) Strong shielding effect: Due to its special structure, when a signal passes through, it can filter out the high-frequency components in the signal, leaving only the low-frequency spectrum, thus playing a good shielding role.
4. Why is it said to be a new generation of green and environmentally friendly materials?
(1) Low production cost: Because it does not require chemical treatment, only physical processing of raw materials is needed, resulting in lower production costs.
(2) Low pollution: Due to its thin layer of metalized film on the surface, it can effectively block dust in the air, resulting in a lower degree of pollution.
(3) High recycling value: Due to its low price and easy recycling and reuse, it has high economic value.