Technical Parameters
| Model | MF Power | Input Voltage | MF Voltage | Frequency |
|---|---|---|---|---|
| 0.1T | 80KW | 3 Phase 380V | 750V | 2500HZ |
| 0.25T | 180KW | 3 Phase 380V | 750V | 2000HZ |
| 0.35T | 200KW | 3 Phase 380V | 750V | 1500HZ |
| 0.5T | 400KW | 3 Phase 380V | 1500V | 1500HZ |
| 0.75T | 600KW | 3 Phase 380V | 1500V | 1000HZ |
| 1T | 700KW | 3 Phase 660V | 2400V | 800HZ |
| 1.5T | 800KW | 3 Phase 660V | 2500V | 600HZ |
| 2T | 1000KW | 3 Phase 660V | 2500V | 600HZ |
Product Details
The gas and oil fired crucible melting furnace is designed for efficient smelting and holding of non-ferrous metals such as aluminum, copper, brass and zinc. It is widely used in foundries, metal casting plants and aluminum ingot production lines.
The furnace adopts a gas or oil combustion heating system to provide stable high-temperature performance and excellent energy efficiency. With a durable furnace structure and advanced temperature control system, the equipment ensures reliable and continuous melting operations.
This industrial melting furnace is ideal for aluminum casting plants, copper processing factories and non-ferrous metal recycling facilities where high efficiency and stable production are required.
- Suitable for aluminum, copper, brass and zinc melting
- Energy-efficient combustion heating system
- Stable temperature control
- Durable high-temperature furnace body
- Flexible furnace capacity options
- Easy operation and maintenance
Service & Support
We provide complete solutions for metal casting production lines including equipment manufacturing, plant design and technical support.
- Provide complete project solutions and after-sales service
- Plant layout design and production line planning
- Equipment manufacturing and factory testing
- Shipping and logistics arrangement
- Installation and commissioning guidance
- Long-term technical support and maintenance service
Our engineers can be dispatched to the customer’s factory to assist with installation and commissioning to ensure smooth equipment operation.
