Tubular Heating Element

Tubular heaters are frequently submerged in water, oil, or molten metals. Tubular heaters are very energy-efficient because they produce heat inside a liquid or process. Since they may be made of practically any size or shape, tubular heaters are utilized in many industries and process heating applications. Tubular heaters can be used in any area requiring quick, dependable, and affordable heating.

Applications of Tubular Heaters

• Paint and Enamel Baking Equipment
• Silo Heaters and Hopper – Food, Agriculture, and Plastic
• Animal Incubators for Prenatal Care
• Food Service Equipment
• Ducts
• Epoxy Curing
• Furnaces
• Fusing Laminated Sheets
• Kettles and Tanks
• Ovens – Process, Curing, Food
• Stretch Wrapping Equipment
• Plastic Sheet Bending Equipment
• Spas and Hot Tubs
• Steam Tables
• Welding Preheat Equipment
• Sterilizers and Autoclaves
• Textile and Chemical Dryers

Advantages of Tubular Heaters

Precision

One of the key benefits of tubular heating components is precision. They enable precise heat transfer, improved temperature maintenance, and enhanced temperature management. Temperatures up to 750°C (1,382°F) and watt densities up to 120 WPSI are possible. Moreover, they are adaptable enough to fit almost any application. Additionally manufactured to order, the cold sections shield the terminals. As a result, tubular heating elements can function more effectively and last longer with extreme precision. They are, therefore, affordable and effective.

Compact Size

Tubular heating components’ small size has a lot of benefits. Installing them is simply because of their smaller and customized sizes. They are simple to maintain, repair, or replace because they are small. Since these components are simple to take out and put back in, the production process can continue for a short time.

Customization

Tubular heating elements come in various sizes and shapes and are made for maximum durability. The components are set up in the factory to be the ideal size and shape for a given application. Higher performance is possible by bending diameters and radii to fit an application’s form, fit, and functions. Tubular heaters are cheaper than coolers of the plate kind.

• Tubular heaters can be applied to systems that operate at higher operating pressures and temperatures.
• Due to the relatively simple nature of pressure testing, tube leaks are more easily found and repaired.
• In a refrigeration system, tubular coolers can also function as a receiver.
• Sacrificial anodes prevent corrosion throughout the entire cooling system.
• Due to the pressure differential, tube coolers may be preferred for lubricating oil.