Forging furnace

Product Advantages：

1、High power, low frequency, good heat permeability, low power consumption, and an independent cooling system ensure that the machine can work continuously for 24 hours at maximum power, improving the performance and quality of the equipment; 

2、With timing function, heating time, holding time, digital setting, heating current, holding current, separate adjustment;

3、It has constant current and constant power control functions, which improves heating efficiency, accelerates heating speed, and evenly heats the workpiece surface. The energy consumption is only 20%-50% of the high-frequency electron tube, achieving the best energy-saving effect;

4、No open flame, no pollution, no noise, in line with environmental protection and fire protection requirements, greatly enhance the corporate image;

5、Equipment fault self-diagnosis, multiple protection and display such as overcurrent, overvoltage, overheating, water shortage, and phase failure;

6、It can be connected to an infrared thermometer for automatic temperature control, improving heating quality and simplifying operation;

7、Excellent results, simple operation, and easy installation. Its CNC design requires no debugging, and you can learn to operate it in just 5 minutes;

8、It is suitable for a wide range of applications and can heat a variety of metal workpieces. It heats quickly, with the fastest heating time being less than one second.

Forging furnace are essential, critical equipment in the metal hot working process, primarily used to heat metal billets to the temperature range suitable for 

forging. As a crucial component of the forging production line, the performance of the forging furnace directly impacts forging quality, production efficiency, 

and energy consumption.

Forging furnace generate high temperatures through fuel combustion or electrical energy conversion, heating the metal billets to forging temperature

 (typically 1100-1250°C). Depending on the heat source, they are primarily categorized as gas-fired, oil-fired, electrically heated, and induction-heated. 

Modern forging furnaces utilize advanced combustion control systems and insulation materials to ensure uniform and stable furnace temperatures, as well as 

rapid and efficient heating.

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