25KW Induction Heating Machine from China Suppliers - Factory for Hardening, Annealing, Forging, Brazing, and Melting
Product Description
The 25KW Induction Heating Machine is a high-performance industrial solution designed for precision heating applications such as hardening, annealing, forging, brazing, and melting. Utilizing advanced electromagnetic induction technology, it delivers rapid, uniform heating with exceptional energy efficiency and temperature control. Built for durability, this machine is ideal for heavy-duty metalworking, automotive, and manufacturing processes, offering adjustable frequency settings and user-friendly controls for seamless operation. With its 25KW power output, it ensures consistent performance for both small and large-scale production, reducing energy consumption while enhancing productivity. Equipped with safety mechanisms and robust construction, it provides reliable heating for metals, alloys, and other conductive materials, making it an essential tool for modern industrial heating needs.
Application Scope
The 25KW industrial induction heating machine is a versatile and high-efficiency solution widely used across metalworking processes, including annealing, forging, brazing, melting, and hardening. Its advanced electromagnetic induction technology enables rapid, uniform heating with precise temperature control, making it ideal for treating various metals and alloys in manufacturing, automotive, and aerospace industries. The machine's powerful 25KW output ensures consistent performance for both small-scale and large-scale production, reducing energy consumption while enhancing productivity. Its robust construction and adjustable frequency settings accommodate diverse heating requirements, from surface hardening to deep annealing, while built-in safety mechanisms ensure reliable operation. Whether used for preheating before forging, brazing dissimilar metals, or melting metals for casting, this induction heating system delivers exceptional efficiency and durability, making it an indispensable tool for modern industrial heating applications.
Configuration and Performance
- The 25KW induction heating machine delivers high-frequency electromagnetic induction for rapid, energy-efficient heating. Its powerful 25KW output ensures consistent performance for industrial applications while reducing energy waste compared to traditional heating methods.
- Equipped with an advanced IGBT inverter system, high-efficiency resonant capacitor, and precision induction coils, this machine ensures stable operation and extended lifespan. The water-cooled design maintains optimal temperature control under heavy workloads.
- Features a user-friendly digital control panel with adjustable frequency settings (typically 1-100kHz) and programmable temperature profiles. Real-time monitoring of voltage, current, and temperature ensures precise heating for hardening, annealing, and melting processes.
- Constructed with industrial-grade copper windings and reinforced insulation, the machine withstands high temperatures and harsh environments. Multiple safety protections (overheat, overcurrent, and water flow alarms) prevent equipment damage and ensure operator safety.
- Capable of processing metals from steel and aluminum to copper alloys, the machine achieves uniform heating depths (0.5–10mm) for hardening, while its rapid heating cycle (3–30 seconds) boosts productivity for forging and brazing tasks.
- This compact yet powerful system combines cutting-edge technology with reliability, making it ideal for modern industrial heating demands.
Technical Specifications
| HF-25 | Specification |
|---|---|
| Max Oscillation Power | 25 KVA |
| Oscillation Frequency | 30-100KHZ |
| Maximum Input Power | 18KW |
| Heating Current | 200-1000A |
| Cooling Water Requirements | 0.2Mpa, 2-5L/min |
| Duty Cycle | 80% |
| Connection Cable Length (Host-Extension) | HF-25 is compact, connection cable no need. For HF-25AB 2m cable is used |
| Optional Configurations | Default panel has no timing function, timing function machine is optional |
Application Scenarios
