Factory direct selling C1100 TP2 dehydrated copper tube dehydration and removal of bronze tube bags to plasticted bronze pipes

The company's direct sales: copper tube, copper ingot, copper stick, copper row, copper plate, bronze line, bronze tube, brass plate, bronze sleeve, bronze stick, tin bronze stick, tin bronze tube, tin bronze tube

Pure copper is a rose red metal. The surface forms purple after forming a copper film. Therefore, the industrial pure copper is often called copper or electrolytic copper. Fire refining can get pure copper 99-99.9%, and the electrolytic can make the purity of the copper reach 99.95-99.99%. The density is 8-9g/cm3, and the melting point is 1083 ° C. Pure copper has good electrical properties, and is used in large quantities to manufacture wires, cables, brushes, etc.; Good thermal conductivity, commonly used to make magnetic instruments and instruments that must be anti -magnetic interference, such as compass, aviation instruments, etc.; Pressure and cold pressure processing can be made into copper materials such as pipes, sticks, lines, strips, bands, boards, foils. There are two types of pure copper products: smelting products and processing products. The company's products are complete, the price is preferential, the packaging is intact, the copper is pure, the straight line is good, and the inventory is 

Copper tube, also known as copper tube. One type of non -ferrous metal tube. It is a seamless tube for suppression and pull. Trace impurities in copper have a serious impact on the conductivity and thermal conductivity of copper. Among them, titanium, phosphorus, iron, silicon, etc. significantly reduce the conductivity, while cadmium, zinc, etc. have a small impact. The bronze mentioned here is indeed very pure, including more than 99.95%of copper. A small amount of impurities, especially phosphorus, arsenic, aluminum, etc., will greatly reduce the conductivity of copper. Copper containing oxygen (easy mixing of coppermaking) has a great impact on the conductivity, and copper used for the electrical industry must generally be anaerobic copper. In addition, impurities such as lead, 铋, and 铅 will make the crystallization of copper not be combined, causing hot and crispy, and it will also affect the processing of pure copper. This kind of pure copper with high purity is generally refined with electrolytic met