25kw Induction Heating Machine for Robust Metal Heating Operations

• Customization: Available
• After-sales Service: Supply
• Warranty: 12 Month
• Model NO.: 25KW Induction Heating machine
• Type: Induction Heating Machine
• Certification: CE, ISO
• Structure: Vertical Type
• Name: Induction Heater
• Application: Metal Heating
• Heat Temperature: 1800 C
• Heat Material: Steel Copper
• Transport Package: Plywood Box Package
• Specification: 800 x 400 x 800 mm
• Origin: China
• HS Code: 8514400
• Production Capacity: 100 Per Month

Product Description

YTHF-25KW Induction Heating Machine

1. Input Voltage: 3 x 380V, 50/60HZ
2. Working Voltage: 340 ~ 420V
3. Output Power: 1 ~ 25KW
4. Output Frequency: 10 ~ 80KHZ
5. Input Current: 1 ~ 50A
6. Size: 650 x 350 x 650 mm
7. Weight: 35kg

Application:

1. Brazing
2. Forging
3. Hardening Tempering
4. Annealing Quenching
5. Melting
6. Other heating treatment

OTHER INDUCITON HEATING MACHINE MODEL
Features:

1. Model: 15KW, 25KW, 35KW 45KW, 60KW, 80KW, 120KW,160KW
2. IGBT Type
3. Frequency: 10 ~ 50KHZ
4. 24 Hour continuous work
5. Voltage & current full display. Adjust heating, Holding time
6. Easy to operate and more stable
7. Design different type induction coil

Model	HF-15KW	HF-25KW	HF-35KW	HF-45KW
Input Voltage	220V	3 x 380V, 50/60HZ
Input Current	20A	30A	50A	65A
Ouptut Power	1~15KW	1~25KW	1 ~ 35KW	1~45KW
Output Frequency	10~80KHZ
Cooling Water	0.2 Mpa  2 ~ 6 L/Min		0.2 Mpa  4 ~ 8 L/Min
Cable Length	1 ~ 5 meters
Size (cm)	48 x 21 x 44	59 x 24 x 48	65 x 26 x 52 58 x 28 x 48	69 x 31 x 52 58 x 28 x 48
Weight	22kg	30 kg	60 kg	70 kg

Model	HF-60KW	HF-80KW	HF-120KW	HF-160KW
Input Voltage	3 x 380V, 50/60HZ
Input Current	90A	120A	200A	265A
Ouptut Power	1~60KW	1~80KW	1 ~ 120KW	1~160KW
Output Frequency	10~50KHZ			10~5KHZ
Cooling Water	0.2 Mpa  4 ~ 10 L/Min		0.2 Mpa  5-12 L/Min
Cable Length	1 ~ 5 meters
Size (cm)	75 x 55 x 80 60 x 50 x 55	75 x 55 x 80 60 x 50 x 55	75 x 55 x 120 70 x 55 x 60	75 x 55 x 120 70 x 55 x 60
Weight	80kg	100 kg	120 kg	140 kg

Advantage of induction heating machine

High-frequency induction heating unveils a plethora of compelling advantages that position it as the go-to heating solution across diverse industrial sectors. Below are the transformative benefits that set it apart:

1. Fast heating speed: Leveraging the power of electromagnetic induction, high-frequency induction heating ensures swift internal heat generation within the workpiece. This leads to an accelerated temperature increase, markedly outpacing conventional heating techniques such as flame or resistance heating.

2. Uniform heating: The synchronous distribution of heat courtesy of high-frequency currents ensures a balanced temperature profile within the workpiece. This harmonization minimizes thermal stress, effectively preventing warping or fracturing due to irregular heating.

3. Energy-efficient: With its remarkable energy conversion efficiency, high-frequency induction heating channels the majority of energy directly into warming the workpiece, curtailing the energy lost in heating ambient air. The rapid heating pace and concise heating intervals further enhance energy conservation.

4. Environmentally friendly: Emitting no detrimental gases or smoke, high-frequency induction heating stands as a beacon of eco-friendliness. Its superior heating efficiency lowers energy wastage, fortifying efforts towards sustainable production.

5. Ease of control: State-of-the-art control systems in high-frequency induction heating apparatus allow meticulous regulation of heating temperatures and durations, facilitating automated workflows. The equipment is user-friendly, boasts straightforward maintenance, and incurs minimal operational costs.

6. Wide range of applications: Its versatility shines through as high-frequency induction heating caters to an array of metal substrates, including but not limited to iron, steel, copper, and aluminum. Its applications span across numerous processes such as welding, melting, and various heat treatments.

In conclusion, the high-frequency induction heating method, with its swift, even heating capabilities, outstanding energy efficiency, environmental consciousness, and precise controllability, is increasingly becoming indispensable in the realm of industrial manufacturing.