China Resistance Welded Copper Braided Wire Manufacturer, Supplier, Factory

Excellent anti-corrosion performance: the surface copper layer is thick (the average thickness is greater than 0.3mm), the corrosion resistance is strong, and the service life is more than 30 years.

According to the information on the resumption of mine production in Brazil, early on April 16, local time, Vale has been authorized by the judge to resume the use of the Brucutu dam, which will have an impact on the market. In general, with the gradual warming of the weather, the pressure on the stock of strip steel is not large, but the output is gradually increasing. After entering the second quarter, the market focus of strip steel will turn to the speed of downstream demand release and its inventory changes. The release of steel mill output is directly related to whether the supply and demand relationship can be balanced. If demand does not show a year-on-year increase in April, then it will be Unable to support steel prices out of the medium and long-term rising market. On the whole, it is expected that the price of strip steel will be mainly sorted in a narrow range in the short term.

The judgment of the quality of new energy copper busbar is based on its conductivity and insulation ability. Of course, the insulation method used for copper busbars varies depending on the usage environment.

How to distinguish the quality of copper braided wire--Zhejiang intends to buy copper braided wire in large quantities, but does not know how to distinguish the quality from the bad. The copper industry distinguishes copper braided wires from the following points:

The electrical connection methods of power batteries include the connection between individual batteries, the connection of battery modules, and the connection between power batteries and external components.

Copper has higher conductivity and thermal conductivity than materials such as aluminum alloy and stainless steel. The use of copper wire soft connectors can reduce resistance and heat generation, thereby improving the efficiency and stability of electrical equipment.