Horizontal Copper Rod Continuous Casting Machine for Copper Rod Production

A Horizontal Copper Rod Continuous Casting Machine is used for efficient copper cathode melting and continuous production of copper rods, brass rods, and copper alloy products.

For copper processing plants, cable material factories, non-ferrous metal foundries, and alloy casting workshops, stable casting quality and continuous output are essential for long-term production.

🔵 View WOLFU Horizontal Copper Rod Continuous Casting Machine

The WOLFU Horizontal Copper Rod Continuous Casting Machine with Melting Furnace integrates copper melting, temperature holding, continuous casting, cooling, tension control, take-up, and automatic control support into one complete production system.

Key Specifications

FeatureSpecificationBenefit
Product NameHorizontal Copper Rod Continuous Casting Machine with Melting FurnaceComplete copper rod casting solution
BrandWOLFUIndustrial furnace and casting equipment manufacturer
Machine TypeContinuous Casting MachineSupports continuous copper rod production
Raw MaterialCopper CathodeSuitable for high-quality copper rod production
Final ProductCopper Rod, Brass Rod, Copper Alloy ProductsFlexible non-ferrous metal output
Voltage380VStandard industrial power
Power500–3200 KW CustomizedCan match different production scales
Capacity3000–12000 Tons / YearSuitable for industrial copper processing plants
Output Cycle4–6 SecondsSupports efficient continuous production
Casting Speed60–700 mm/minFlexible for different casting specifications
Maximum Furnace Temperature1300℃Supports copper and copper alloy melting
Holding Furnace Control±10℃Improves molten copper stability
Noise Level≤80 dBSupports industrial workshop operation
CertificationISO9001Supports B2B project purchasing

Casting Options

ItemSpecification
Casting Type2, 4, 6
Casting MaterialLead Brass, Copper, Copper Alloy
Casting SpecificationΦ12–Φ80, Φ120, Φ140, Φ180, Φ200 mm
Equipment Power550 KW sample configuration
Sample Production Capacity4000 Tons / Year

Production Process

Step 1: Copper Cathode Melting

Copper cathodes are loaded into the induction melting furnace and melted into molten copper for continuous casting.

Step 2: Oxidation Protection

During melting, molten copper can be protected by charcoal or graphite covering to reduce oxidation before entering the holding furnace.

Step 3: Holding Furnace Temperature Control

The holding furnace keeps molten copper at a stable temperature of about 1150℃ ±10℃ before casting.

Step 4: Horizontal Continuous Casting

Molten copper enters the continuous casting machine and is crystallized through a water-cooled copper mold to form bright copper rods.

Step 5: Tension and Take-Up

The regulating wheel frame, tension device, and twin-head take-up machine guide and collect the finished copper rod for downstream processing.

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Main Advantages

Complete Melting and Casting System

The line includes induction melting furnace, continuous casting machine, regulating wheel frame, tension device, twin-head take-up machine, water cooling system, electrical control system, feeding system, and temperature measuring system.

Stable Temperature Control

The holding furnace temperature control range of ±10℃ helps maintain stable molten copper quality before crystallization.

High Production Efficiency

The system supports 4–6 seconds output cycle and 3000–12000 tons/year capacity, making it suitable for continuous industrial production.

Flexible Casting Specifications

The machine supports multiple casting types and rod specifications, including Φ12–Φ80, Φ120, Φ140, Φ180, and Φ200 mm.

Automatic Control Support

The production line can be configured with PLC programmable control, process parameter presetting, and position feedback for easier operation.

Suitable Applications

  • Copper rod production plants
  • Brass rod casting workshops
  • Copper alloy processing factories
  • Non-ferrous metal foundries
  • Wire and cable material production
  • Copper cathode melting projects
  • Industrial continuous casting lines

Related WOLFU Equipment

For copper and aluminum ingot casting, review:

🔵 WOLFU Medium Frequency Furnace & Ingot Casting Line

For industrial metal melting, review:

🔵 WOLFU Medium Frequency Induction Melting Furnace

For cooling support in casting lines, review:

🔵 WOLFU Closed Water Cooling Tower

Why Choose WOLFU?

WOLFU provides copper rod continuous casting machines, induction melting furnaces, cooling systems, metal casting equipment, recycling production lines, and customized metallurgical solutions.

For copper rod continuous casting projects, WOLFU can recommend suitable equipment according to rod diameter, annual output, casting speed, raw material type, automation level, and workshop layout.

Conclusion

A Horizontal Copper Rod Continuous Casting Machine is a practical solution for copper cathode melting and continuous production of copper rods, brass rods, and copper alloy products.

The WOLFU line supports 380V voltage, 500–3200 KW customized power, 3000–12000 tons/year capacity, 4–6 seconds output cycle, 60–700 mm/min casting speed, 1300℃ maximum furnace temperature, and automatic control support.

If your company needs reliable equipment for copper rod casting, brass rod production, or copper alloy continuous casting, WOLFU can provide a customized production line based on your project requirements.

🔵 Get a Quote for WOLFU Horizontal Copper Rod Continuous Casting Machine

FAQ

What raw material does this machine process?

It is mainly designed for copper cathode melting and continuous casting.

What final products can it produce?

It can produce copper rods, brass rods, and copper alloy products.

What is the annual production capacity?

The listed capacity range is 3000–12000 tons per year, depending on configuration.

What casting specifications are available?

The system supports Φ12–Φ80, Φ120, Φ140, Φ180, and Φ200 mm casting specifications.

Can WOLFU customize the production line?

Yes. WOLFU can customize the line according to rod diameter, annual output, casting speed, raw material type, automation requirements, and workshop layout.

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