A Vacuum Induction Melting Furnace is used for high-temperature smelting of copper ore, iron ore, antimony ore, lead ore, and other metal-bearing materials.

For metallurgical processing plants, metal recovery projects, alloy production workshops, and industrial smelting operations, vacuum induction melting helps improve process control, reduce outside contamination, and produce cleaner molten metal.

🔵 View WOLFU Industrial Vacuum Induction Melting Furnace

The WOLFU Industrial Vacuum Induction Melting Furnace uses electromagnetic induction heating, PLC control, water cooling, and a customizable vacuum chamber to support efficient ore smelting and industrial metal melting.

Key Specifications

Feature	Specification	Benefit
Product Name	Industrial Vacuum Induction Melting Furnace	Industrial ore and metal smelting solution
Brand	WOLFU	Industrial furnace manufacturer
Furnace Type	Induction Furnace	Fast and efficient electromagnetic heating
Application	Copper ore, iron ore, antimony ore, lead ore, and metal material smelting	Suitable for metallurgical and metal recovery projects
Working Temperature	1800℃	Supports high-temperature smelting
Capacity	100 kg/h	Suitable for industrial batch processing
Melting Capacity	1 kg – 500 kg	Flexible for different production scales
Voltage	380V	Standard industrial power
Power Supply	50 – 2000 KW	Can be configured for different smelting requirements
Heating Element	Induction Copper Coil	Provides efficient induction heating
Working Theory	Electromagnetic Induction Melting Smelting	Supports fast and controlled melting
Final Product	Metal Liquid	Ready for casting, refining, or alloy preparation
Cooling System	Water System	Supports safe long-term furnace operation
Control System	PLC	Improves process control and operation stability
Chamber Size	Customized	Adapts to different material and batch requirements
Weight	3 T	Heavy-duty industrial structure
Warranty	1 Year	Supports project purchasing and after-sales planning

Smelting Process

Step 1: Raw Material Preparation

Copper ore, iron ore, antimony ore, lead ore, recycled metal, or alloy material is prepared according to the target smelting process.

Step 2: Furnace Charging

The material is loaded into the furnace chamber based on the selected melting capacity and batch plan.

Step 3: Vacuum Chamber Operation

The vacuum chamber helps reduce outside contamination and creates a more controlled smelting environment for metal processing.

Step 4: Induction Melting

The induction copper coil generates electromagnetic heating, melting the material efficiently at temperatures up to 1800℃.

Step 5: PLC Process Control

The PLC control system helps operators manage temperature, power, process time, and operating conditions more accurately.

Step 6: Molten Metal Output

The final metal liquid can be used for downstream casting, refining, alloy preparation, or metal recovery applications.

🔵 Request a Quote for WOLFU Industrial Vacuum Induction Melting Furnace

Main Advantages

High-Temperature Smelting Capability

The furnace supports working temperatures up to 1800℃, making it suitable for copper ore, iron ore, antimony ore, lead ore, and selected metal materials.

Cleaner Vacuum Melting Environment

Vacuum induction melting helps reduce contact with outside air, supporting cleaner smelting conditions and more stable molten metal quality.

Flexible Melting Capacity

The system supports 1 kg to 500 kg melting capacity, allowing WOLFU to configure the furnace according to laboratory, pilot, or industrial production needs.

PLC Automatic Control

PLC control makes operation easier and helps improve process repeatability for different smelting recipes and material types.

Customizable Chamber Size

The chamber size can be customized according to raw material size, batch volume, loading method, and downstream production requirements.

Water Cooling Support

The water cooling system helps protect key furnace components and supports stable long-term industrial operation.

Suitable Applications

• Copper ore smelting
• Iron ore smelting
• Antimony ore smelting
• Lead ore smelting
• Industrial metal melting
• Alloy preparation
• Metal recovery projects
• Metallurgical processing plants
• Research and pilot-scale smelting projects

Related WOLFU Equipment

For controlled vacuum heat treatment, review:

🔵 WOLFU Vacuum Controlled Atmosphere Quenching Furnace

For general industrial metal melting, review:

🔵 WOLFU Medium Frequency Induction Melting Furnace

For furnace cooling support, review:

🔵 WOLFU Closed Water Cooling Tower

Why Choose WOLFU?

WOLFU provides vacuum induction melting furnaces, vacuum heat treatment furnaces, induction melting furnaces, cooling towers, recycling equipment, and customized metallurgical solutions.

For vacuum induction melting projects, WOLFU can recommend suitable chamber size, melting capacity, power supply, frequency configuration, vacuum system, cooling system, and workshop layout based on raw material type and production target.

Conclusion

A Vacuum Induction Melting Furnace is a reliable solution for high-temperature ore smelting, metal melting, alloy preparation, and industrial metallurgical processing.

The WOLFU Industrial Vacuum Induction Melting Furnace supports 1800℃ working temperature, 100 kg/h capacity, 1 kg–500 kg melting capacity, 380V voltage, 50–2000 KW power supply, induction copper coil heating, water cooling, PLC control, and customized chamber size.

If your company needs equipment for copper ore smelting, iron ore smelting, antimony ore smelting, lead ore smelting, or controlled industrial metal melting, WOLFU can provide a customized vacuum induction melting furnace solution.

🔵 Get a Quote for WOLFU Industrial Vacuum Induction Melting Furnace

FAQ

What materials can this vacuum induction melting furnace process?

It is suitable for copper ore, iron ore, antimony ore, lead ore, selected alloy materials, recycled metal, and other metal-bearing materials.

What is the maximum working temperature?

The listed working temperature is 1800℃.

What melting capacity is available?

The listed melting capacity range is 1 kg to 500 kg, and WOLFU can recommend a suitable configuration according to project requirements.

What control system does the furnace use?

The furnace uses a PLC control system for easier operation and more stable process management.

Can the chamber size be customized?

Yes. WOLFU can customize the furnace chamber size based on material size, batch volume, loading method, and production process.