Tubular Heaters
|
| Tubular heating elements are versatile and perform exceptional heat transfer by conduction, convection or radiation to heat liquids, air, gases and surfaces. In most heater assemblies, tubular element design configurations vary round, triangular, flat press and formed bends are made to customer requirements. Custom built from .200" to .475" diameters, a multitude of sheath materials with temperatures to 1600°F, watt densities to fit many applications and up to 600 volts. Over 20 optional terminations and many stocked accessories. |
| |
| Tubular Water Heaters |
| Tubular Water Heater are primarily designed for direct immersion in liquids, air and gases. The immersion in liquids includes water, oils, solvents and process solutions as well as some molten materials. These heaters are virtually cent percent energy efficient and |
|
| generate heat within the liquid. The heaters can be shaped into various types and geometries for the purpose of radiant heating and contact surface heating applications. |
| |
| Tubular Chemical Immersion Heaters |
| Tubular Chemical Heaters (Titanium Immersion Heaters): Titanium immersion heaters are same as tubular heaters that are manufactured out of high quality Titanium tube that are brazed to a C.I. junction box It has a remarkable high resistance to corrosion and is used in heating highly corrosive chemicals like cocktails, acids like nitric and chromic acids, etc |
 |
| |
| Tubular Heaters Special Type |
| Special type tubular heaters can be manufactured as per the customer shape and requirement. |
 |
| |
| Tubular Air Heaters & Finned Type Air Heaters |
| Tubular Air heaters are available in Copper, SS304, SS316, SS321, Inconel & Incolloy sheath.Tubular heating elements are available for various industrial & domestic applications. We manufacture sll possible heaters as per your requirement , shape & size. |
 |
| |
| Tubular Oil Immersion Heaters |
| Tubular oil immersion heaters are used to heat a substance that can be heated by means of immersion. The heater is immersed in the substance and then heated. The immersion heater is constructed with rugged tubular elements that are formed for the use in tanks and |
|
| vessels. It features a long life and all the elements in the heater have repressed end-loops, a feature contributing to the long heater life. |
