Single head heating pipe manufacturer: Several modes of pipeline heaters

Single head heating pipe manufacturer: Several modes of pipeline heaters

Many people know about pipeline heaters but are not very familiar with them, and their heating modes are even more unclear. Pipeline heaters can be divided into the following modes:

Using flange type tubular electric heating elements inside the pipeline electric heater, they are inserted upside down into the reaction tower jacket of the pipeline electric heater, heating the thermal oil and transferring the heat energy from the pipeline heater to the chemical raw materials in the reaction tower inside the pipeline heater.

You can directly insert tubular electric heating elements into the reaction tower of the pipeline electric heater, or evenly distribute electric heating tubes around the wall of the pipeline heater. This mode becomes the internal heating mode of the pipeline heater. The internal heating of pipeline heaters is fast and efficient. Due to different heating environments, materials, and shapes, the temperature of pipeline heaters will also vary.

Direct heating is achieved by inverting the flange type tubular electric heating element inside the pipeline heater into the reaction tower jacket of the pipeline heater to heat the thermal oil, transferring the heat energy from the pipeline heater to the chemical raw materials in the reaction tower inside the pipeline heater; Alternatively, the tubular electric heating element in the pipeline heater can be directly inserted into the reaction tower of the pipeline heater, or the electric heating tube can be evenly distributed around the wall of the pipeline heater. This mode is called the internal heating type of pipeline heater. The internal heating of pipeline heaters is fast and efficient.

Pipeline heater processing and indirect heating have emerged in recent years. It uses far-infrared electric heating equipment to cover the bottom of the reaction tower and the middle and lower parts of the pipeline heater with the internal electric heater in the pipeline heater for heating, without direct contact. The far-infrared electric heating device of the pipeline heater has a large heating area of the internal system of the pipeline heater, The energy-saving effect of pipeline heaters is very obvious.

The material heated and dried by the far-infrared pipeline heater absorbs far-infrared radiation energy both inside the pipeline heater and on the surface molecules of the pipeline heater at a certain depth. The pipeline heater absorbs energy like solar energy to generate heat, heating the material inside the pipeline. The heating of the pipeline heater is uniform, thus avoiding the quantitative change of the pipeline heater due to different degrees of thermal expansion, and can maintain the shape of the heated object to a certain extent The physical and mechanical properties, fastness, and color are maintained in good condition. Pipeline heaters are widely used in fields such as electronics, electrical appliances, textiles, and energy. The far-infrared pipeline electric heater has advantages such as good radiation effect, energy saving, convenient use, and flexibility.

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