"Instant Heat Removal Device MIH" Would you like to improve work efficiency with heat removal and energy saving?
This is an instant heat removal device that uses latent heat to instantly freeze moisture in the air without dehumidifying it, allowing for heat extraction. It can be used in conjunction with coolant processing and is suitable for dry processing!
The "Instant Heat Extraction Device MIH" is an instant heat extraction device that uses vaporization heat to instantly freeze and extract heat without dehumidifying the moisture in the air. Its heat extraction capability is more than twice as high and efficient compared to conventional methods, while its power consumption is half that of traditional devices, making it energy-efficient. This energy-saving device has been developed to significantly reduce waste heat and power consumption, leading to improved work efficiency and workplace environment. In the attached materials, we provide a comparison of chip shapes and cutting tools from machining tests, showcasing the differences between coolant processing and MIH processing with accompanying photographs. Additionally, we introduce the functionality of MIH using graphs that compile analytical data. If you are interested, please feel free to download the materials or contact us for more information.
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basic information
Name: MIH (Moment Infinity Hyper) Fluid: Compressed Air Input Pressure Range: 0.3 to 0.5 MPa Ambient Temperature: 5 to 35°C Outlet Flow Rate: 400 to 700 ℓ/min Heat Removal Capacity: 1200 kcal/h Power Supply (50Hz): Three-phase 200/180・220 Refrigeration Output: 600W Refrigerant: R404A Pipe Connection: 1/4 External Dimensions: D700 × W500 × H830
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Applications/Examples of results
- Electronic devices - Grinding - Special materials - Jewelry - Welding - Molding dies - Cutting
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Company information
With the motto of being environmentally friendly, we initially focused our research and development on applying spiral tubes to car air conditioning. However, due to the sudden changes in electricity supply caused by the Great East Japan Earthquake, we recognized the urgent need for energy conservation in commercial refrigeration, cooling, and air conditioning systems that have a very high electricity demand. This led to the development and practical application of the "Miracle Coil." Moving forward, we are determined to challenge ourselves in the development and commercialization of new energy-saving devices, seeking guidance from the professors at Waseda University.
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