The Copper Ingot Casting Line for Faucet Production is a specialized manufacturing process designed to produce high-quality copper ingots used in faucet production. This process involves several key components, including the Copper Melting Furnace, Copper Furnace, and the Copper Ingot Casting Machine. Each of these elements plays a critical role in ensuring the efficient and precise production of copper ingots.

The raw materials used in this production line are copper scrap and electrolytic copper with 99% copper content, and the advanced electric 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 1500T 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.

One standout feature of the rotary furnace is its tilting mechanism. The tilting rotary furnace ensures smooth and controlled pouring of molten metal, reducing waste and enhancing productivity. This innovation is especially beneficial in copper smelting furnaces, where precision and efficiency are paramount.

The advantage of oil melting aluminum furnace is that it is clean and safe with diesel fuel, so that the workshop is neat and clean and easy to manage. High thermal efficiency, low operating cost, low energy consumption, completely eliminate the cost of replacing the heating body.

This power frequency scrap copper die-casting furnace has the advantages of beautiful shape, reasonable structure, high strength and hardness of die casting parts, high material utilization rate and less loss. More importantly, it can manufacture metal die casting parts with complex shape and clear outline.

Copper Ingot Production Machine adopts chain drive, ingot mold and shunt synchronous movement, can meet the requirements of the production line, meet all kinds of brand ingot casting. Power using stepless adjustment, stable operation, high ingot efficiency, uniform weight, easy operation, simple maintenance.

Oil Fired Rotary Melting Furnace is suitable for melting all kinds of metal materials, also suitable for secondary smelting of metal products residual materials and scrap. Rotary metal stoves have the advantages of simple operation, small machine area and low requirements for workshop environment.This type of rotary metal furnace has low energy consumption and high operation stability. It provides metal liquid with stable temperature for casting machine, improves the qualified rate of product production, and the investment cost is relatively low. It is the best choice for most enterprises!

Rotary metal furnace is suitable for melting all kinds of metal materials, also suitable for secondary smelting of metal products residual materials and scrap. Rotary metal stoves have the advantages of simple operation, small machine area and low requirements for workshop environment.This type of rotary metal furnace has low energy consumption and high operation stability. It provides metal liquid with stable temperature for casting machine, improves the qualified rate of product production, and the investment cost is relatively low. It is the best choice for most enterprises！

A cupola furnace is a type of melting furnace used primarily in foundries for melting cast iron and other metals. It is a vertical cylindrical structure that operates using layers of metal, coke (as fuel), and limestone (as a flux) to produce molten metal for casting.

Natural gas tilting melting furnace has the advantages of easy to use, no requirements for starting and stopping the furnace and simple maintenance. This type of tilting furnace adopts hydraulic tilting design, stable operation without shaking, can completely dump the metal liquid in the crucible. It is fully automatic operation, with over-temperature alarm, fault alarm and other functions, safe and reliable, and can be applied to a variety of energy sources: electricity, natural gas, fuel oil.