Electrode heating device manufactured from epoxy plate

Abstract

The invention relates to an electrode heating device manufactured from an epoxy plate. An epoxy plate heating box body and an epoxy plate cover plate are manufactured from an electrode heating box body and a cover plate through the epoxy plate; a plurality of mounting nuts are separately arranged in mounting holes of the epoxy cover plate by means of high temperature resistant glue; vacuum valves,pressure gages, pressure release valves and water injection valves are separately screwed into the mounting nuts; multiple groups of spiral heat exchange coils penetrate through the epoxy cover plate, and are adhered to a contact part of the epoxy cover plate by means of the high temperature resistant glue; two ends of the heat exchange coils are separately welded with a water distributor outletand a water collector inlet; combined electrodes are screwed into electrode mounting nuts in the epoxy cover plate through ceramic nuts; and the epoxy cover plate is hermetically connected with the epoxy cover plate heating box body by means of a bolt. The electrode heating device can achieve the purpose that electric energy is completely converted into heat energy, so that efficient utilization of energy is realized, a traditional fire coal and gas heating device in cities and towns and rural areas can be replaced, and the electrode heating device provides steam and heating devices for industrial units and residents, so that the purpose of energy conservation and emission reduction are achieved.

Description

Technical field [0001] The invention relates to a heating device with electrode heating as the core technology, in particular to an electrode heating household heating device manufactured by using epoxy board processing. Background technique [0002] Electrode heating is a technique that uses the heat generated by the alternating current through the electrolyte solution to evaporate the water in the solution. The electrode heating method is adopted, that is, a certain concentration of neutral electrolyte is prepared in a certain volume of space, and two electrodes are set at both ends of the solution. When alternating current is applied to both ends of the electrodes, the electrolyte is used as a conductive material to produce coke. It heats itself to produce water vapor. The amount of heating is determined by the concentration of the electrolyte and the applied voltage. This heating method does not use thermoelectric materials that are easily burned, such as heating wires, and...

AI Technical Summary

Problems solved by technology

The invention patent designs an electrode heating heating device. Through specific experiments, it is found that if the electrodes and heat exchange tubes are fixedly arranged in the heating box, once the electrodes are damaged, it is not conducive to maintenance, and the entire device can only be replaced; With the accumulation of running time, the electrolytic solution in the box will produce some water-insoluble impurities. If the electrodes and heat exchange tubes are fixed inside the box, it will cause difficulties in cleaning and maintaining the box.

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