Industrial microwave oven is a device that achieves efficient heating or processing through microwave radiation. Its core principle is to use microwaves (electromagnetic waves) to make the polar molecules inside the material oscillate at high frequency to generate friction heat energy, thereby quickly completing processes such as heating, drying, sterilization or sintering.
Food processing: used for rapid thawing, sterilization, and drying of food (such as beef jerky drying and condiment sterilization). Support industrial production, such as large-scale bread thawing or canned food sterilization.
Material processing: sintering and drying in the fields of ceramics, metallurgy, and chemical industry (such as PTC electronic ceramic sintering and metal powder sintering). Laboratory high temperature treatment (such as sludge dehydration and chemical synthesis).
Other industrial uses: sterilization of raw materials in the pharmaceutical industry, drying of textiles, and hazardous waste salt treatment in the field of environmental protection.
High efficiency and energy saving: microwave energy directly acts on the inside of the material, with a thermal efficiency of 70-80%, which saves 30-50% energy compared to traditional resistance heating.
Modular design: supports multi-module combination expansion to adapt to different production scales, and the separated metal shell and waveguide system optimize energy distribution.
Automation and safety:
Equipped with intelligent control systems (such as automatic door opening and closing, electronic scale linkage).
Microwave leakage is strictly controlled (such as ≤1mW/cm²) to avoid radiation risks.
