Immersion tubular heaters are versatile and widely used heating elements designed to heat liquids and gases in tanks, vessels, and industrial equipment. They consist of tubular heating elements made from a variety of materials, which are directly immersed in the medium to be heated.
There are commonly two connections for immersion Tubular Heater, one thread connection, also called Screw plug heater, commonly used specifications size G1 / 2--2 inch, the second is the flange connection. also known as the flat flange connection. Common specifications size DN50mm - DN300mm, The material of flange usually are brass, stainless steel. pipe material commonly use stainless steel, copper, incoloy or Titanium. Application for electric water boilers, electric boilers, solar energy systems, solar water tanks, chemical pools, baths, swimming pools and other places to be heated.
Flange immersion heaters consist of tubular heating elements that are welded or brazed into a flange. The flange allows the heater to be bolted onto a tank or vessel, making them ideal for larger-scale heating applications.
They come in various flange sizes (typically ANSI flanges) and materials (such as stainless steel, Incoloy, etc.).
Screw plug heaters consist of tubular heating elements that are brazed or welded into a threaded screw plug. This plug can be screwed directly into a tank or vessel with a threaded opening.
Common thread sizes are 1", 1.25", 2", and 2.5" NPT (National Pipe Thread).
Designed to hang over the side of a tank with the heating elements immersed in the fluid.
Easy to install and remove, commonly used in open tanks or where permanent installation is not feasible.
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Water Heating: Domestic and industrial water heaters.
Oil Heating: Preheating fuel oil, lubrication oil, and other viscous fluids.
Chemical Processes: Heating of various chemicals in processing plants.
HVAC Systems: Heating air and other gases in heating, ventilation, and air conditioning systems.
Food and Beverage Industry: Maintaining temperatures in cooking and processing equipment.
Efficiency: Direct immersion allows for efficient heat transfer to the medium.
Versatility: Available in various sizes, shapes, and power ratings to suit different applications.
Customizability: Can be designed to meet specific requirements, including custom watt densities, sheath materials, and mounting configurations.
Durability: Made from materials that can withstand high temperatures and corrosive environments.
Immersion tubular heaters are a reliable and efficient solution for heating liquids and gases in a wide range of applications. Their versatility in design and material options makes them suitable for both industrial and domestic use. When selecting an immersion tubular heater, consider the specific requirements of your application, including the medium to be heated, power needs, mounting configuration, and any necessary safety features.