The continuous casting and rolling production line provided by HONOR METAL can use scrap copper or electrolytic copper plates as raw material, which are melted into liquid copper in a melting furnace. The liquid copper is then transferred through the launder and cast into copper slabs in a continuous casting machine. The copper slabs are subsequently rolled and sheared, straightened and scraped, and roughened in a hot continuous rolling mill to produce bright, low-oxygen copper rods.

This technology cleverly combines the two processes of casting and rolling. Compared with the traditional process that casting copper slabs first and then heating them in a heating furnace and rolling, it has advantages of simplifying the process, improving the working conditions, increasing the metal yield, saving energy, improving the quality of continuous casting ingots, and facilitating the realization of mechanization and automation.

In the 21st century, the wire and cable industry has developed rapidly around the world. In China, copper for the wire and cable industry is growing at an annual rate of about 10%. With the increase of the demand for wires and cables, the demand for raw materials for copper rods will increase. Continuous casting and rolling, the main manufacturing method of copper rods, will surely be more widely used in the future. Recycling copper rods from scrap copper will also usher in the spring of industry development.

We make technological innovation on the basis of fully absorbing and digesting advanced production technology of similar international equipment from United States, Germany, Italy, etc. Our equipment has characteristics of simple structure, convenient operation, high production efficiency, high yield, low failure rate, low energy consumption, excellent copper rod quality and so on.

We can provide our customers with the most professional and comprehensive technical support with rich experience and a professional technical team.

In addition to providing customers with a full set of detailed drawings, technical documents and other information, we also provide a professional technical team to the customer site for installation and commissioning, and provide customers with face-to-face technical guidance.

Scrap copper recycling, casting and rolling line requires not only a professional continuous casting and rolling production line, but also a mature production process. Because of the difficulty and key point of scrap copper recycling, casting and rolling line lies in the production process. Only a complete and mature production process can produce the low-oxygen copper rods that meet the standard requirements with bright appearance and stable diameter. Our technical team can provide two to three years of on-site technical guidance in the customer's factory until our customers have mastered a professional level of copper rod continuous casting and rolling production process.

Choosing our equipment means choosing a strong and professional technical team, first-class quality and perfect after-sales guarantee. Your choice is the beginning of our cooperation.

At present, we have conducted the copper rod continuous casting and rolling line business activities in more than 20 countries including the United States, Canada, South Africa, Iran, Vietnam, Thailand, Japan, Turkey, Russia, Ukraine, Indonesia, Pakistan, Brazil, Malaysia and other countries. Cooperating clients include MIM COPPER, BRASCOPPER, DALONG, etc.

14 days before the inspection before delivery at Manufacturer’s plant, the Buyer shall inform the plan schedule of installation, commissioning and test production to the Seller. The both parties will finalize this plan during the period of inspection visit.

All the civil work should be done by the customer according to the drawings from manufacturer. The buyer should prepare all raw materials, auxiliary materials, production tools, production workers and etc.

Commissioning (checking the wire and cable connections, water supply, air supply, etc. and make corrections), adjustment of the equipment and start-up of test run.