There are many things that can be used in daily life, such as the fast heating of boiling water that we usually use, which is heated by this type of fever tube. Fever tubes are made by inserting electric heating wires into seamless non-metallic tubes (carbon bamboo tubes, titanium tubes, stainless bamboo tubes, copper tubes), filling the entire space with excellent conductivity and insulation magnesium oxide powder, and then shrinking the tubes to process them into various types required by users. It is easy to construct, has high thermal frequency, good machine strength, and has excellent compliance with harsh conditions. It can be used for heating various solid groups and acid-base salts, and also conforms to low melting point non-metallic heating and dissolution (lead, zinc, tin, Babbitt alloy).
Small volume and high power: The fever generator mainly adopts bundle type tubular electric heating components. Fast thermal response, high precision in temperature control, and high frequency of thermal analysis. High fever measurement: The heater is designed with a maximum mission measurement of 850 ℃. The measurement of the medium inlet is uniform, and the precision of temperature control is high. Wide application limitations and strong adaptability: This heater can be used for explosion-proof or shallow occasions, with explosion-proof grades up to D Ⅱ B and C, and a pressure resistance of up to 20MPa. Long lifespan and high reliability: This heater is made of special electric heating materials, with a low surface power load and multiple protections, greatly increasing the safety and lifespan of the electric heater. Fully automated permissiveness: Based on the request, the heater path is designed to facilitate automatic permissiveness of parameters such as inlet measurement, flow rate, and pressure, and can be connected to a computer network. The energy-saving consequences are obvious, and almost 100% of the heat generated by kinetic energy is transferred to the heating medium.
Fluid explosion-proof electric heater is a type of device that converts kinetic energy into heat to stop heating items that need to be heated. In the mission, high-temperature fluid medium enters its outlet through ballistic pressure effect, along a certain heat exchange channel outside the electric heating vessel, using the path imagined by fluid thermodynamics to remove the low-temperature heat generated by the electric heating component in the mission, reducing the measurement of the heated medium and losing the low-temperature medium required by the process at the inlet of the electric heater. The external permissiveness of the electric heater automatically adjusts the input power of the electric heater based on the measurement sensor signal of the input port, making the measurement of the medium at the input port uniform; When the heating component exceeds the temperature limit, the self heating protection device of the heating component immediately disconnects the heating power supply to prevent the heating item from overheating and causing deterioration, coking, and carbonization. In severe cases, it can cause the heating component to burn out, effectively extending the lifespan of the electric heater.