Vacuum Induction Melting Furnace
Category: Vacuum Melting
Overview
Technical Specifications
This product is equipped with a high-frequency induction power supply and supports customization of a 60 kW high-frequency induction power supply. The equipment is fitted with a high-vacuum molecular pump unit, which effectively enhances the substrate vacuum level and thereby improves melting quality. It also features a lifting platform, a tilting handle, and a water-cooled copper crucible, facilitating post-melting casting and sampling operations for the operator.
Its characteristics and advantages:
1. High melting purity: The vacuum environment effectively removes gases such as hydrogen, nitrogen, and oxygen, while volatilization eliminates low-melting-point impurities like lead and tin, significantly reducing inclusions and porosity defects in the material.
2. Precise compositional control: Minimizes burn-off of easily oxidizable elements such as aluminum and titanium, resulting in high alloying element recovery; combined with electromagnetic stirring, this ensures uniform composition and temperature with minimal segregation.
3. Superior metallurgical quality: The ingot microstructure is dense and uniform, significantly enhancing the material’s strength, toughness, fatigue performance, and corrosion resistance, making it suitable for the production of high-end alloys.
4. Efficient and Energy-Saving Heating: Induction heating generates heat directly within the metal, resulting in high thermal efficiency, no combustion-related pollution, and lower energy consumption compared with conventional smelting methods.
5. Flexible and environmentally friendly process: capable of melting a wide range of materials, including high-temperature alloys, precision alloys, and special steels; the entire process is fully enclosed with no dust or fumes, features a high degree of automation, and is environmentally friendly.
| Induction power supply | Frequency | High frequency |
| Power | 35 kW, customizable; 60 kW | |
| Vacuum chamber | Cavity Material | Stainless steel |
| Cooling system | Water-cooled electrode, water-cooled cavity, water-cooled mold | |
| Cavity dimensions | φ300mm × 300mm | |
| Observation Window | Main observation window φ120mm | |
| Lift platform | 0–40 mm lifting range | |
| Accessories | Infrared temperature measurement window, vacuum funnel | |
| Water-cooling interface | φ8mm quick-connect interface | |
| Vacuum system | Product Model | CY-GZK103-A |
| Vacuum port | CF160 | |
| Molecular pump | CY-600 | |
| Exhaust port | KF16 | |
| Front-stage pump | Rotary vane pump | |
| Vacuum measurement | Composite vacuum gauge | |
| Ultimate vacuum | 1.0E-5Pa | |
| Power supply | AC 220V 50/60Hz | |
| Pumping speed | Molecular pump: 600 L/s; Rotary vane pump: 1.1 L/s; Overall pumping performance: Vacuum level can reach 1.0 × 10⁻³ Pa within 20 minutes. | |
| Crucible | Graphite Melting Crucible | Supports φ60mm × 80mm |
| Alumina Insulating Crucible | Supports φ120mm × 90mm | |
| Other | Supply voltage | AC 220 V, 50 Hz, or three-phase 380 V |
| Overall dimensions | 1550mm x 700mm x 1400mm | |
| Overall weight | 900kg | |
| Total machine power | Refer to the induction power supply power. |
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