Threaded Immersion Boiler Heater

This heater is equipped with a heating coil and a resistor inside. It achieves rapid heating by directly immersing the heating element in the liquid. Its threaded design makes installation and disassembly convenient, allowing it to be easily installed on boilers or other containers, enabling the heater to be stably fixed at the position that needs to be heated and fully contact the liquid for heat transfer.

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Advantages:

High thermal efficiency: The heating element is in direct contact with the liquid, resulting in minimal heat loss. It can quickly heat the liquid and reach the predetermined temperature in a short time, reducing energy consumption.

Uniform heating: The threaded design increases the heating surface area, enhances the heat transfer efficiency, ensures uniform heating of the liquid, reduces local overheating, and makes the temperature of the heated liquid more uniform, which is conducive to improving the heating quality and effect.

Easy installation: The threaded interface makes it easy to install. It can be directly screwed into the corresponding threaded holes without complex installation tools and steps. It is also easy to disassemble and maintain, reducing installation and maintenance costs.

Compact structure: Small in size, high in heating power, and occupying little space, it can be used in various limited space scenarios and is suitable for a wide range of containers and equipment.

Precise temperature control: It can be equipped with a temperature control system. Based on the signal from the temperature sensor, the output power is adjusted through PID operation to achieve precise temperature control, making the medium temperature uniform and meeting the required standards.

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Specifications:

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Application：

In the household field: It can be used in household water heaters to provide hot water for the family. It can also be used for temporary heating of containers such as bathtubs and buckets, making it convenient for users to quickly obtain hot water when needed.

In the industrial field: In industries such as petroleum, chemical engineering, food, and machinery, it can be used for insulation and heating of materials in various storage tanks, containers, and oil tanks. It can also be used in open or closed solution tanks and circulation systems, such as heating liquids in chemical reaction vessels and preheating raw liquid materials in food processing.

In the commercial field: such as the hot water supply system of hotels and guesthouses, the heating system of office buildings, etc. It can also be used in some commercial places that need to temporarily heat liquids, such as heating water in coffee shops for making beverages, etc.

Other fields: It can be used in some special occasions, such as heating specific liquids for experiments in laboratories, adding hot water to greenhouses for irrigation or regulating environmental humidity, etc. It can also be used in some outdoor scenarios, such as camping and self-driving Tours, to heat water to meet daily needs.