Electronic copper foil is a common decorative material in the industrial field. It has a wide range of functions and can be used as a conductor.

Electronic copper foil has many advantages. When used, this product has good conductivity. Its purity is more than 99.7%, and its thickness is 5um - 105um. It is one of the basic materials of the electronic industry. As we all know, the electronic information industry is developing rapidly. Therefore, the use of this electronic copper foil is increasing. In this case, many manufacturers have emerged in the market. In the future, users must not seek cheap to find some informal manufacturers, In this way, many unpleasant things may happen during cooperation. In order to avoid such things, we must find a manufacturer with good reputation. Electronic copper foil is widely used, so now the products are widely used in industrial calculators, communication equipment, QA equipment, lithium-ion batteries, civil televisions, video recorders, CD players, photocopiers, telephones, air conditioners, automotive electronic components, etc.

Therefore, it is widely used and will be needed in many industries.

At present, the demand for electronic copper foil in the domestic market is also increasing. According to our understanding, the domestic demand for electronic copper foil in China will reach 300000 tons in the past few years, and China will become a large manufacturing base of printed circuit boards and copper foil in the world. The market for electronic copper foil, especially high-performance foil, is promising. And when it is used, it can significantly improve the use consistency of the battery pack and significantly reduce the cost of the battery pack. It can significantly reduce the increase of dynamic internal resistance of battery cell, improve the consistency of differential pressure of battery pack, and extend the life of battery pack. This is an obvious advantage of this product. In addition, when used, it can also improve the adhesive force between active materials and collector fluid, thereby reducing the manufacturing cost of electrode sheets. It can improve the adhesion between the cathode material and the collector using the water-based system, and also can improve the adhesion between the cathode material and the collector at the nanometer or submicron level. Improve the qualification rate of electrode sheet and reduce the manufacturing cost of electrode sheet. It also protects the collector fluid and extends the service life of the battery. These are its advantages.