【Hot Air Generation Device】 Simultaneously high temperature and large flow rate *Technical documentation available

basic information

【Technical Data】 ■Performance Curve Relationship between Airflow and Hot Air Temperature Difference at Fixed Power (Refer to the first graph on the top) This graph represents the performance of airflow and temperature when the hot air generation device is activated. At a power consumption of 28kW, when the hot air is at 1000°C, the airflow is 1.2Nm³/min, indicating that our design of "1000°C/1Nm³/min" is ample. Additionally, by reducing power consumption, it is possible to achieve 1000°C with a lower airflow. ■Pressure Loss Curve (Refer to the second graph on the top) Pressure loss refers to the force that escapes before being transmitted to the receiving side when air is supplied. As the temperature rises, gases expand, resulting in approximately a fourfold difference between room temperature and 1000°C. In our hot air generation device, at 28kW, the pressure loss is 0.3kPa at room temperature (1Nm³/min) and 1.2kPa at 1000°C (1Nm³/min), indicating that it has less energy loss compared to other hot air generation devices. *For more details, please refer to the PDF document or feel free to contact us.

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Applications/Examples of results

【Examples of Use】 ■ Hot N2 purging of exhaust pipes in semiconductor manufacturing equipment ■ Evaluation tests of materials and processed products ■ Mold heating processes ■ Continuous furnaces ■ Welding of plastic products such as PET bottles ■ Various heating processes related to steelmaking ■ Aluminum molten metal ■ Auxiliary heating for piping for chemical manufacturers ■ Experimental use for drying manufacturing lines (500°C) *For more details, please refer to the PDF materials or feel free to contact us.