WOLFU Industrial Vacuum Induction Melting Furnace for Copper Ore, Iron Ore, Antimony Ore and Lead Ore Smelting

WOLFU industrial vacuum induction melting furnace is designed for high-efficiency smelting of copper ore, iron ore, antimony ore, lead ore, and other metal materials. With vacuum induction melting technology, precise PLC control, high-temperature performance up to 1800°C, and customizable capacity options, it is a practical solution for ore smelting, metal melting, and industrial metallurgical processing.

Product Details

Technical Parameters

Item Specification
Product Name Industrial Vacuum Induction Melting Furnace
Brand WOLFU
Usage Melting Furnace
Type Induction Furnace
Application Copper Ore, Iron Ore, Antimony Ore, Lead Ore and Metal Material Smelting
Material Stainless Steel
Working Temperature 1800°C
Capacity 100 kg/h
Melting Capacity 1 kg – 500 kg
Voltage 380 V
Power Supply 50 – 2000 KW
Heating Element Induction Copper Coil
Working Theory Electromagnetic Induction Melting Smelting
Final Product Metal Liquid
Feature High Efficiency
Cooling Water System
Control System PLC
Chamber Size Customized
Weight 3 T
Key Selling Points Easy to Operate, Competitive Price
Machinery Test Report Provided
Video Outgoing Inspection Provided
Warranty 1 Year
Place of Origin Henan, China

Product Details

WOLFU industrial vacuum induction melting furnace is designed for efficient smelting of copper ore, iron ore, antimony ore, lead ore, and other metal-bearing materials in industrial metallurgical applications. It is suitable for customers who require stable melting performance, accurate temperature control, and cleaner smelting conditions for ore processing and metal recovery projects.

The furnace adopts electromagnetic induction melting technology and uses an induction copper coil as the heating element. Under vacuum conditions, the melting chamber helps reduce outside contamination and supports more controlled smelting of ore materials and metal feedstock. This makes the equipment suitable for industrial melting operations that require improved smelting quality and process stability.

This vacuum induction melting furnace can be used for smelting various mineral raw materials and metal materials, including copper ore, iron ore, antimony ore, lead ore, and selected alloy or recycled metal feedstock. It is designed for high-efficiency thermal processing and can provide molten metal for downstream casting, refining, alloy preparation, or recovery applications.

The equipment is equipped with a PLC control system for easier operation and more accurate process management. With customizable chamber size, flexible capacity configuration, stable water cooling, and a high-temperature working range up to 1800°C, the furnace can adapt to different ore smelting projects and industrial production requirements.

WOLFU can provide customized vacuum induction furnace solutions according to raw material type, smelting capacity, frequency range, power demand, and workshop layout. The furnace can also be integrated with supporting vacuum, cooling, and control systems to form a more complete smelting solution for copper, iron, antimony, lead, and other metallurgical projects.

Service & Support

WOLFU provides complete vacuum induction melting furnace solutions for customers working with special alloys, high-purity metals, and advanced industrial materials. We understand that melting quality, vacuum stability, process control, and equipment reliability are critical for titanium alloy and superalloy production, so we provide practical technical support from equipment selection to long-term operation.

  • Customized Furnace Configuration: We can recommend suitable chamber size, melting capacity, power range, and frequency configuration according to your alloy type and production requirements.
  • Process-Oriented Solution Support: WOLFU can provide practical solutions for high-purity alloy melting, special metal smelting, and controlled vacuum melting applications.
  • PLC Control Support: The system adopts PLC control for easier operation, more stable performance, and more accurate process management.
  • Cooling and Vacuum Matching: We can configure matching vacuum and water cooling systems according to project size and process conditions.
  • Pre-shipment Inspection: Machinery test reports and video outgoing inspection are available before delivery.
  • After-sales Support: WOLFU provides technical guidance, spare parts support, and service assistance to help customers keep stable industrial production.

FAQ

FAQ

Q1: What materials can this vacuum induction melting furnace process?
A: This furnace is suitable for titanium alloy, nickel base superalloy, and other special metal or high-purity alloy melting applications.

Q2: What is the advantage of vacuum induction melting?
A: Vacuum induction melting helps reduce contamination from air, improves melting cleanliness, and supports the production of higher-purity molten metal for demanding industrial applications.

Q3: What capacity options are available?
A: Standard capacity options range from 5 kg to 1500 kg depending on the model, and customized solutions can also be provided according to project requirements.

Q4: What is the maximum working temperature of the furnace?
A: The maximum temperature can reach 1800°C, making it suitable for high-temperature melting of advanced alloy materials.

Q5: What control system does the furnace use?
A: The furnace uses a PLC control system for stable operation, easier process management, and accurate control.

Q6: Can the chamber size be customized?
A: Yes. The chamber size can be customized according to your material size, batch volume, and process requirements.

Q7: What kind of support does WOLFU provide?
A: WOLFU provides equipment selection guidance, technical support, inspection before shipment, spare parts assistance, and after-sales service for industrial melting projects.

Author

Picture of Engineering Team of Wolfu

Engineering Team of Wolfu

This content is created by the Wolfu Engineering Team, specializing in industrial furnaces and recycling systems.

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