中部電力ミライズ List of Products and Services

"AL HYPER L・MAX" contributes to the electrification of molten metal retention. "AL HYPER L" features a heater design that prevents the heating element from being exposed above the molten metal surface, even in furnaces with a low molten metal level, by changing the shape of the heater from vertical to L-shaped. Additionally, "AL HYPER MAX" uses a special material for the heating wire that has a significantly higher melting point than conventional nichrome wire, eliminating concerns about breakage even at ultra-high power levels. It achieves ultra-high power approximately 10 times that of typical immersion heaters. [Benefits of Implementation] ■ Easy to replace ■ Can be retrofitted ■ Applicable to furnaces with low molten metal levels (L only) ■ Realization of electrification ■ Stabilization of molten metal temperature in the pouring chamber *For more details, please refer to the related links or feel free to contact us.

The "Board Bus Furnace" is a high-efficiency aluminum molten metal holding furnace that excels in thermal insulation and has minimal heat loss. The vertical immersion high-output heater has a small tube diameter, allowing it to be installed at the outlet, which stabilizes the molten metal temperature and eliminates the need to unnecessarily raise the temperature of the molten metal in the holding chamber. It can also be applied as a backup heater for existing heat sources, and since heater replacement is easy, it minimizes the impact on production. 【Benefits of Implementation】 ■ Reduction in energy consumption due to decreased heat loss ■ Stable molten metal temperature ■ No need for crucible replacement ■ Reduction of aluminum oxide ■ Elimination of gas reduces the risk of fire *For more details, please refer to the related links or feel free to contact us.

The "Preheating Device for Cooking Pots" developed by our company warms the cooking pot using infrared light, resulting in no exhaust gas loss and high efficiency without the need for large amounts of air for combustion, which offers the advantage of low energy consumption. It is also possible to automatically control the output and ON/OFF, providing high energy-saving performance and significantly contributing to CO2 reduction. Additionally, since it uses clean electricity, there is no soot generation, and because there is no exhaust gas loss or localized overheating, it is expected to alleviate measures against heat stress and the impact of localized overheating on the lifespan of containers. 【Implementation Effects】 ■ CO2 reduction (energy consumption reduction through high-efficiency heating and output control) ■ Automation possible ■ Improvement of working environment (lower surrounding temperature due to reduced exhaust gas loss) ■ Since it does not generate soot, it can address issues related to product quality reduction ■ Elimination of cooking pot distortion caused by localized overheating of the burner *For more details, please refer to the related links or feel free to contact us.

We have a variety of "infrared heaters" across different wavelength ranges. Whether you want to heat metal as quickly as possible, minimize temperature unevenness in resins, maintain a constant temperature for food, or achieve energy savings in ceramic heating, we provide infrared heating tailored to your materials and needs. In addition to the testing equipment listed below, we possess numerous heaters and can conduct customized tests to meet customer needs. 【Example of Testing Equipment】 ■ Super Near-Infrared Heating Device - Extremely high energy density with infrared close to visible light ■ Near-Mid Infrared Heating Device - Allows comparative testing of near-infrared and mid-infrared heaters at the same output ■ Various Far Infrared Heating Devices - Capable of comparative testing of various far infrared heaters in a size of 250mm x 250mm *For more details, please refer to the related links or feel free to contact us.

In "induction heating," coils are designed based on the heating range, whether we want to achieve localized heating as much as possible or uniform heating throughout. Our company is capable of designing and manufacturing (prototyping) coils tailored to customer needs. There is an increasing number of cases where induction heating is being introduced not only at high temperatures but also at medium to low temperatures (approximately 40°C to 200°C). Additionally, we possess various power supplies and can conduct induction heating tests that match customer requirements. 【Example of Testing Equipment】 ■ 5–35kHz 25kW power supply - Variable capacitor + transformer to meet various needs ■ 150–400kHz 10kW power supply - Capable of localized heating at high frequencies ■ 25–45kHz 1–20kW power supply - Selection focused on cost from small capacities *For more details, please refer to the related links or feel free to contact us.

In casting, factors such as quality defects and re-melting lead to increased energy consumption. Therefore, it is necessary to properly manage the temperature of the molten metal to prevent the occurrence of defective products. The "MiEL Thermo HT" contributes to improving traceability and utilizing data for quality improvement, which could not be achieved with conventional thermocouples or radiation thermometers. 【Features of this system】 ■ Manual measurements using thermocouples make it difficult to measure for each mold. → Measurement for each mold is possible. ■ Conventional radiation thermometers have large measurement errors due to the influence of disturbances, making it difficult to obtain stable data. → Measurement is stable and less affected by disturbances through image analysis! ■ Conventional radiation thermometers have narrow measurement areas, making measurement difficult. → Capable of measuring over a wide range and automatically extracting molten metal! ■ High costs when failures occur. → Optical devices use general-purpose industrial cameras, making replacement affordable! 【Benefits of implementation】 ■ Improved traceability through stable measurements for each mold. ■ Possible utilization of data for quality improvement. ■ Reduction of waste and labor hours due to decreased frequency of thermocouple measurements.

The "AL HYPER" series contributes to the electrification of molten metal retention. The "AL HYPER L" has changed the heater shape from vertical to L-shaped to ensure that the heating element does not protrude above the molten metal surface, even in furnaces with low molten metal levels. 【Benefits of Implementation】 ■ Easy to replace ■ Can be retrofitted ■ Applicable to furnaces with low molten metal levels ■ Realization of electrification ■ Stabilization of molten metal temperature in the pouring chamber *For more details, please refer to the related links or feel free to contact us.

The "AL HYPER" series contributes to the electrification of molten metal retention. The "AL HYPER MAX" uses a special material with a significantly higher melting point than conventional nichrome wire, eliminating concerns about wire breakage even at ultra-high power levels. It achieves ultra-high power approximately 10 times that of typical immersion heaters. 【Benefits of Introduction】 ■ Easy to replace ■ Can be retrofitted ■ Realization of electrification ■ Stabilization of molten metal temperature in the extraction chamber *For more details, please refer to the related links or feel free to contact us.