Pipeline Electric Heater
Pipeline electric heater is composed of multiple tubular electric heating elements, a cylinder, and a deflector plate. The tubular electric heating element is made by placing high-temperature resistance wire inside a metal tube and filling the gaps tightly with crystalline magnesium oxide powder, which has good insulation and thermal conductivity. Using tubular electric heating elements as the heating body, it features advanced structure, high thermal efficiency, good mechanical strength, corrosion resistance, and wear resistance.
Pipeline electric heater is composed of multiple tubular electric heating elements, a cylinder, and a deflector plate. The tubular electric heating element is made by placing high-temperature resistance wire inside a metal tube and filling the gaps tightly with crystalline magnesium oxide powder, which has good insulation and thermal conductivity. Using tubular electric heating elements as the heating body, it features advanced structure, high thermal efficiency, good mechanical strength, corrosion resistance, and wear resistance. The cylinder is equipped with a deflector plate to ensure uniform heating of the air during circulation.
Pipeline Electric Heater is an electric heating device used to heat pipelines or the medium inside them. It consists of a temperature control unit composed of a microcontroller and a temperature sensor, and also has two pad-shaped metal inner shells, with an electric heating tube fixed on the inner wall of each metal inner shell. It also has two pad-shaped molded thermal conductive layers made of thermal conductive material for fitting onto the pipeline, with the outer wall of the molded thermal conductive layer fitting against the inner wall of the two metal inner shells. It also has two pad-shaped molded insulation layers fitting against the outer wall of the two metal inner shells, with two pad-shaped outer shells on the outer surface of the molded insulation layers. It also has a fixing component for clamping the heating assembly onto the pipeline. The invention has the advantages of high thermal efficiency, easy installation and disassembly, and is widely applicable to various pipeline heating scenarios.
Application Range: Widely used in heating systems such as heating, factory process water, power plant raw water, and air conditioning heating for steam heating.
