The production line utilizes bright scrap copper wire as its raw material and employs advanced medium frequency core induction furnaces. This process yields phosphor copper materials with a phosphorus content ranging from 0.5% to 4%, ensuring uniformity suitable for various electroplating applications.

The production line utilizes bright scrap copper wire as its raw material and employs advanced medium frequency core induction furnaces. This process yields phosphor copper materials with a phosphorus content ranging from 0.5% to 4%, ensuring uniformity suitable for various electroplating applications.

The raw material used in this production line is bright scrap copper wire or electrolytic copper sheet, and the advanced core furnace is selected to produce oxygen-free copper rods with oxygen content of not more than 0.02%, total impurity content of not more than 0.05%, and copper content of more than 99.5% by using upward-induction continuous casting process. This production line can produce 100 tonnes of copper per month. As the process of this production line is selected by the upward-induction method, this production line has small investment in equipment, flexible plant layout, and can also produce different specifications and different varieties of copper on the same machine. The semi-finished products produced by this line can be used in the production of copper busbar.

The raw material used in this production line is bright scrap copper wire or electrolytic copper sheet, and the advanced core furnace is selected to produce oxygen-free copper rods with oxygen content of not more than 0.02%, total impurity content of not more than 0.05%, and copper content of more than 99.5% by using upward-induction continuous casting process. This production line can produce 200 tonnes of copper per month. As the process of this production line is selected by the upward-induction method, this production line has small investment in equipment, flexible plant layout, and can also produce different specifications and different varieties of copper on the same machine. The semi-finished products produced by this line can be used in the production of copper busbar.

The raw material used in this production line is bright scrap copper wire or electrolytic copper sheet, and the advanced core furnace is selected to produce oxygen-free copper rods with oxygen content of not more than 0.02%, total impurity content of not more than 0.05%, and copper content of more than 99.5% by using upward-induction continuous casting process. This production line can produce 400 tonnes of copper per month. As the process of this production line is selected by the upward-induction method, this production line has small investment in equipment, flexible plant layout, and can also produce different specifications and different varieties of copper on the same machine. The semi-finished products produced by this line can be used in the production of copper busbar.

The raw materials used in this production line are copper scrap and electrolytic copper with 99% copper content. The advanced medium frequency furnace is used to produce oxygen-free copper rods with oxygen content of not more than 0.02%, total impurity content of not more than 0.05%, and copper content of more than 99.5% by using the upward-drawing method of continuous casting process. This production line can produce 60 tonnes of copper per month. Due to the process of this production line to choose the upper lead method, the production line equipment investment is small, flexible plant layout, can also be produced on the same machine with different specifications, different varieties of copper.

The raw materials used in 100T Oxygen-Free Copper Rod Upcasting Using Medium Frequency Furnace production line are copper scrap and electrolytic copper with 99% copper content. The advanced medium frequency furnace is used to produce oxygen-free copper rods with oxygen content of not more than 0.02%, total impurity content of not more than 0.05%, and copper content of more than 99.5% by using the upward-drawing method of continuous casting process. This production line can produce 100 tonnes of copper per month. Due to the process of this production line to choose the upper lead method, the production line equipment investment is small, flexible plant layout, can also be produced on the same machine with different specifications, different varieties of copper.The 100T Oxygen-Free Copper Rod Upcasting Using Medium Frequency Furnace is a cutting-edge process for producing high-quality oxygen-free copper rods. This method employs a medium frequency furnace to ensure precise and efficient upcasting of copper rods.

The raw materials used in this production line are copper scrap and electrolytic copper with 99% copper content. The advanced medium frequency furnace is used to produce oxygen-free copper rods with oxygen content of not more than 0.02%, total impurity content of not more than 0.05%, and copper content of more than 99.5% by using the upward-drawing method of continuous casting process. This production line can produce 200 tonnes of copper per month. Due to the process of this production line to choose the upper lead method, the production line equipment investment is small, flexible plant layout, can also be produced on the same machine with different specifications, different varieties of copper.

The raw material used in this production line is electrolytic copper with 99% copper content, and the advanced electric furnace is selected to produce oxygen-free copper rods with oxygen content of not more than 50 ppm, total impurity content of not more than 0.05%, and copper content of more than 99.5% by using the upward-induction continuous casting process. This production line can produce 800T of copper per month. Due to the process of this production line is selected on the introduction method, this production line equipment investment is small, flexible plant layout, can also be in the same machine to produce different specifications, different varieties of copper.