The Five Major Functional Advantages Of Tubular Heater

The five major functional advantages of Tubular Heater
       The Tubular Heater is a new product, which is a conductor that converts electrical energy into heat. The Tubular Heater can heat the object in need for heating in a short period of time. Because of the different operating conditions of the various Tubular Heater, Derived a lot of models of Tubular Heater, today Xiaobian here for everyone to explain the advantages of a complete Tubular Heater.
       One, small size, heating power;
       Second, in a variety of occasions on a variety of media heating, such as explosion-proof occasions;
       Third, the heating temperature is generally up to 720 ℃;
       Fourth, the heating system can be fully automated control, including through the DCS system to control the electric heating system;
       5, long life, with multiple protection systems, safe and reliable.
       In the high temperature stainless steel seamless pipe evenly distributed high temperature resistance wire, in the gap part of the dense filling thermal conductivity and insulation properties are good crystalline magnesia powder, this structure is not only advanced, high thermal efficiency, and heat evenly, when the high temperature resistance When the current through the wire, the heat generated by the crystallization of magnesium oxide powder to the metal tube surface diffusion, and then transferred to the heated parts or air to achieve the purpose of heating.
       Tubular Heater are dangerous at work. Please be sure to keep this in mind, and it is also important for the maintenance of the Tubular Heater. Since the Tubular Heater is energized and there is a potential hazard, the Tubular Heater circuit The maintenance is very important.
Tubular Heater function features
       1, small size, power: Tubular Heater mainly use cluster-type tubular electric components.
       2, hot echo fast, high precision temperature control, induction heat efficiency is high.
       3, the heating temperature is high: Tubular Heater to describe the maximum operating temperature up to 850 ℃.
       4, the media outlet temperature uniformity, high precision temperature control.
       5, the use of a wide range of strong adaptability: the Tubular Heater can be applied to explosion-proof or general occasions, explosion-proof grade up to d Ⅱ B and C level, pressure up to 20MPa.
       6, long life, high reliability: the Tubular Heater selection of special electric data production, depicting the appearance of low power load, and the use of multiple maintenance, the Tubular Heater safety and life greatly increased
       7, can be fully automated control: According to the needs of the Tubular Heater circuit description, can facilitate the completion of the export temperature, flow, pressure and other parameters of automatic control, and computer networking.
       8, energy-saving effect is remarkable, the heat generated by the heat is simply 100% pass to the heating medium.
       Convert electric energy into heat to heat the object. Is a method of use of electricity. Compared with the general fuel heating, electric heating can get higher temperature (such as arc heating, the temperature up to 3000 ℃ above), easy to complete the temperature of the automatic control and remote control (car electric heating cup)
       According to the need to be heated objects adhere to a certain temperature distribution. Tubular Heater can be heated directly inside the heated object, so the thermal efficiency is high, the heating rate is fast, and according to the technical requirements of heating to complete the whole uniform heating or partial heating (including the surface heating), simply complete the vacuum heating and control atmosphere heating The In the Tubular Heater heating process, the occurrence of waste gas, residues and smoke less, can be adhered to the heated objects clean, do not pollute the environment. Thus, Tubular Heater heating is widely used in the fields of production, research and experimentation. Especially in the single crystal and transistor production, mechanical parts and the appearance of quenching, ferroalloy smelting and artificial graphite production, etc., are selected electric heating method.
       According to the different energy conversion method, Tubular Heater electric heating is generally divided into resistance heating, induction heating, arc heating, electron beam heating, infrared heating and medium heating.