Professional in selling various modelsElectric HeaterAvailable for customization as required:

30KW, 40KW, 60KW, 90KW, 120KW, 150KW, 180KW, 240KW, 300KW, 400KW, 500KW, etc.

Widely used in high-temperature shaping, plate heating, rubber processing, drying, dyeing, chemical industry, plywood production, waterproof membrane manufacturing, asphalt heating non-woven hot rolling machines, and fiberglass hot pressing machines.

Reactor vessels, molds, drying rooms, ovens, etc., for various heat-intensive industries.

Panel Electric Heater

Plate electric heaters convert electrical energy into heat to warm objects. It is a form of electrical energy utilization. Compared to conventional fuel heating, plate heaters can achieve higher temperatures.As per electricityArcHeating

     Temperatures exceeding 3000°C.Easy to implement automatic temperature control and remote control.

     Explosion-proof electric heating plates can maintain a certain temperature distribution in the heated object as needed. The thermal energy of the electric heating plate generates heat directly within the heated object, resulting in high thermal efficiency, fast heating speed, and can be adjusted accordingly.

     Heating process requirements, to achieveOverall uniform heating or local heating (including surface heating) is easily achieved with vacuum heating and controlled atmosphere heating. During the electric heating process of the ash hopper heating plate, the following is produced:

     Low in waste gas, residues, and dust, it can maintain the heated object'sClean, without environmental pollution. Therefore, electric heating is widely used in production, scientific research, and testing fields. Particularly in single crystal and transistor...

     Manufacturing, mechanical components, surface hardening, smelting of iron alloys, and the production of artificial graphite.All surfaces are heated electrically.

Electric Heating Plate Categories

     Electric heating is typically categorized into resistance heating, induction heating, arc heating, electron beam heating, infrared heating, and dielectric heating, based on different methods of electrical energy conversion.

Electric heater heating plate working principle

     High-frequency, high-current circuits are wound into loops or other shapes to form heating coils (usually made of purple copper tubes). This generates a strong magnetic beam with instant polarity changes within the coil, which attracts metals and other materials.

     Heating objects are placed inside the coil.The magnetic field will penetrate the entire heated object, and in the opposite direction to the heating current within the heated object, a correspondingly large eddy current will be generated. Due to the being

     Resistance exists within the heated object, thus producing a significant amount of joules.Heat, causing the object's temperature to rise rapidly. Achieves the purpose of heating all metal materials.

Applications of Electrically Heated Machines

     One, Heat Treatment: Local or full quenching, annealing, tempering, and through-hardening of various metals.

     2. Hot Forming: Whole forging, local forging, hot upsetting, hot rolling.

     Section 3: Welding: Soldering of various metal products, welding of various knives and blades, saw blade teeth welding, steel pipe and copper pipe welding, welding of the same and different metals.

     Four: Refining of Metals: Vacuum melting, casting, and evaporative coating of metals such as gold, silver, copper, iron, and aluminum.

     Five, Other Applications of High-Frequency Heating Machines: semiconductor single crystal growth, heat sealing, bottle mouth heat sealing, toothpaste tube heat sealing, powder coating, metal implantation into plastic