Fire water tank electric heating belt

　　Fire water tank electric heating beltElectric heating belts are not only suitable for pipeline heating, but also for anti freezing of water tanks. Self limiting electric heating belts can effectively solve the problem of water tank freezing. The ordinary area can use a protective low-temperature self limiting electric heat tracing belt, which is composed of polymer conductive carbon particles and two parallel busbars with an insulation layer. Its maintenance temperature is 65 ± 5 ℃, the withstand temperature is 105 ℃, and the low construction temperature is -60 ℃. After the heating belt is electrified, it uniformly heats up, compensates for the heat loss of the water medium in the water tank, and maintains the temperature of the water above 0 ℃ without freezing.

The self limiting electric heat tracing belt can automatically limit the heating temperature and adjust the output power according to the temperature of the heat tracing body. It can be cut or extended within a certain length range, allowing multiple cross overlaps without worrying about overheating and burning out.

The electric heat tracing system has the advantages of easy installation, simple operation, fast heating start, and high heat tracing efficiency. Users need to purchase from professional electric heat tracing manufacturers when using the heat tracing system, and we will have corresponding technical personnel to select and guide the installation.

　　Fire water tank electric heating belt：

Electric heat tracing products have been widely used in industries such as petroleum, chemical, power, medicine, machinery, food, and ships for heat tracing insulation, antifreeze, and anti condensation of pipelines, pump bodies, valves, tanks, and tank volumes. They are an effective way to maintain process temperature for infusion pipelines and storage medium tanks. Electric heat tracing is not only suitable for various places where steam heat tracing is used, but also can solve problems that steam heat tracing is difficult to solve, such as heat tracing for long-distance pipelines and narrow spaces; Equipment with irregular shapes (such as pumps) for heat tracing; No steam heat source or heat tracing for pipelines and equipment in remote areas; Heat tracing for plastic and non-metallic pipelines, etc.