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Liquid heating device for strong acids and strong alkalis.
MLH-10 was developed as a liquid heating device for strong acids and strong alkalis. It can also be applied to liquids that cannot undergo normal heating processes and liquids that are expected to undergo physical property changes with rapid heating. For more details, please contact us.
Microwaves are a type of radio wave, and radio waves are a type of electromagnetic wave!
Microwaves are a type of radio wave, and radio waves are one type of electromagnetic wave. Electromagnetic waves propagate through the interaction of electric and magnetic fields, which allows them to travel even in a vacuum. Since electromagnetic waves are "waves," they have two elements: wavelength and frequency. Wavelength is the length from peak to peak of the wave, while frequency indicates the number of waves that occur in one second. The speed of electromagnetic waves is constant at about 300,000 km/s, regardless of frequency, so dividing this speed by the frequency gives the wavelength. The name of electromagnetic waves changes according to their frequency, and they are used for various applications based on their characteristics. Light is also a type of electromagnetic wave. Electromagnetic waves below 3000 GHz are classified as radio waves. Radio waves with frequencies from 300 MHz to 300 GHz (wavelengths from 1 m to 1 mm) are called microwaves. Microwaves are used not only for communication but also for astronomical observations with radio telescopes, monitoring moving objects with radar systems, and positioning systems using GPS in car navigation. For more details, please contact us or download the catalog.
What are the advantages of using microwaves? How does it differ from traditional external heating methods?
The advantages of using microwaves and the differences from conventional external heating methods. Microwave heating has excellent features that are not found in heating methods other than microwave heating (which we will refer to as conventional heating). These include: "internal heating," "high-speed heating and selective heating," "high heating efficiency, rapid response, and temperature control," "uniform heating and clean energy," and "good operability and working environment." For more details, please contact us or download the catalog.
What is the relationship between microwave heating and dielectric constant?
Regarding the relationship between microwave heating and dielectric constant, if the microwave power applied is the same, the greater the product of the material's relative permittivity εr and the dielectric loss tangent tanδ, that is, the dielectric loss coefficient εr·tanδ, the more microwave power the material absorbs, resulting in a higher temperature of the material. For more details, please contact us or download the catalog.
Features and products of microwaves widely used in industrial and research fields are published!
The "Micro Electronics Corporation Comprehensive Catalog" is the comprehensive catalog of Micro Electronics Corporation, which mainly develops, manufactures, and sells microwave power application devices and peripheral equipment. It includes information on the characteristics and advantages of microwave energy, optimal product guidance using applied technologies, and technical information. [Contents] ■ Characteristics and advantages of microwaves ■ Product information ■ Information on technical capabilities *For more details, please refer to the catalog or feel free to contact us.
A heating device that can be continuously heated or dried!
Our "Rotary Drum Heating Device" is a heating apparatus capable of continuously heating or drying granular materials and powders while stirring them. It is also used for roasting tea leaves and sesame seeds, and in some cases, heating from outside the drum with gas burners is employed to enhance heating efficiency. 【Features】 ■ External heating ■ Rotary type ■ Continuous heating ■ Continuous drying *For more details, please refer to the catalog or feel free to contact us.
Q: Is it possible to request a demo or sample test before implementation?
It is of course possible to request a demo or sample test before the introduction. We have batch heating devices (ovens), continuous heating devices, and waveguide heating devices, among others. Please let us know your requirements first. For more details, please contact us or download the catalog.
What is the difference between dielectric heating and induction heating?
Regarding high-frequency dielectric heating, the applicator is equipped with two electrodes that create a high-frequency electric field, and the workpiece placed between these two electrodes is heated by the electric field. The electrodes are connected to the oscillator using wires, but since radio waves leak from the wires to the outside, measures are needed not only for safety but also to comply with the strict regulations of the Radio Law. Microwave heating also heats the workpiece using an electric field, but does not require electrodes. Since a waveguide is used to connect the oscillator to the applicator, radio waves do not leak to the outside. High-frequency induction heating utilizes the heat generated by metals affected by high-frequency magnetic fields through Joule loss and hysteresis loss. A representative example of high-frequency induction heating is the induction heating (IH) cooker. When a thick metal pot is placed on the IH cooker and the switch is turned on, high-frequency current flows through the coil, generating a high-frequency magnetic field. The pot heats up due to Joule loss and hysteresis loss caused by the generated high-frequency magnetic field, thereby cooking the food inside the pot. In other words, the IH cooker directly heats only the pot with the high-frequency magnetic field. In contrast, a microwave oven directly heats food with microwaves. For more details, please contact us or download the catalog.
Heating devices that are active in various fields such as food drying.
Our "Continuous Conveyor Heating Device" is a microwave continuous heating system used in a wide range of production processes, including the vulcanization and foaming of continuous extruded rubber products, preliminary drying of ceramic materials, and drying, puffing, and sterilization of food. By processing while continuously transporting with a belt conveyor or roller conveyor, productivity is improved, and uniform heating is effectively achieved. Additionally, hot air or steam may be used in combination to enhance heating efficiency. 【Features】 ■ Improved productivity with W processing ■ Capable of uniform heating ■ Enhanced heating efficiency ■ Combination of hot air and steam *For more details, please refer to the catalog or feel free to contact us.
