Immersion Heater

Product Details:

Tubular Direct Immersion Heaters are installed in a tank or container to heat liquids. Since the liquid is in direct contact with the heating elements the heat transfer efficiency is much better than indirect heating and is almost 100%. These Immersion heaters are one of the most widely used methods for heating liquids (such as water, oil, heat transfer fluid and corrosive solutions). Designed for use in tanks and pressurized vessels, they are easy to install and maintain. The direct immersion method is energy efficient and can be easily monitored and controlled. These heaters are available with heating elements made of copper, steel, stainless steel 304 /316, cast iron, titanium, and PFA coated. A wide selection of kilowatt ratings, shapes and mounting options are available to suit many different types of applications. Applications: Deionized water Clean water Potable water Process water Industrial water rinse tanks Vapor degreasers Hydraulic oil Crude Oil Viscous hydrocarbons to bring them to pumpable temprature. Lubricating oils at API specified watt densities Air and gas Heating Caustic solutions Chemical Baths

Additional Information:

• Production Capacity: 96000
• Delivery Time: 2 -4 weeks
• Packaging Details: Crate or Wooden Box Packing as per client requirement

Product Details:

Threaded Screw plug immersion heaters consist of tubular elements brazed or welded to the plug/ tube sheet. They are screwed to a coupling welded on the tank or to the threaded opening in the tank wall. Tubular heaters are efficient as they ensure 100% of heat generated is transfered to the fluid immersed in. The heating elements are tubular which can be of various diameters and lengths based on the applciation equirement. Standard Sizes available are 2", 2 1/" and 3". Flame Proof Terminal box can also be supplied for use in Hazardous areas.

Product Details:

Immersion heaters are used to maintain or raise the temperature of fluids in tanks or process vessels. These are installed preferably at a level below the outlet of the tank / vessel so that the heater is fully submerged in the liquid at all times. Heater capacities are determined based on the application, dimensions are decided based on the availability of space and allowable watt densities. Immersion Heaters can be used to heat gasses or fluid ranging from water to corrosive solutions, oils with varying viscosities in an open or enclosed tank. Immersion heaters can be classified on the basis of direct heating and indirect heating. Direct Heating – Tubular Heaters Indirect Heating – Cartridge Type Within tubular we have a range of tube diameters to suit your application watt density, similarly in cartridge type we can provide Open Bobbin type or SS Sheath cartridge type. Tristar Heaters are available in various mounting options a. Threaded Screw plug, b. Over the Side, c. Flange – Standard and customized.

Additional Information:

• Production Capacity: 200
• Delivery Time: 3-4 WEEKS
• Packaging Details: WOODEN BOX

Product Details:

Oil Immersion Heaters are designed for direct contact heating of fluid. They are immersed in oil to be heated and hence heat transfer efficiency is at its optimal. Oil Immersion heater also known as Storage Heater or Tank Heater as they are used in storage tanks to heat the oil to desired temprature to make it pumpable. Immersion Heaters are also known as Mat or Floor Heaters and are used to maintain or raise the temperature of liquids in tanks or process vessels. These have to be installed at a level below the outlet of the tank / vessel so that the heaters is fully submerged in the liquid at all times. Tristar Immersion Heaters are available in Tubular as well as cartridge type. Within tubular we have a range of tube diameters to suit your application watt density, similarly in cartridge type we can provide Open Bobbin type or SS Sheath cartridge type. Tristar Heaters are available in various mounting options– Threaded Screw plug , Over the Side, Flange – Standard and customised.

Product Details:

Industrial Immersion Heater are used to maintain and raise the temperature of liquids in tanks or process vessels. These are installed preferably at a level below the outlet of the tank / vessel so that the heater is fully submerged in the liquid. Immersion Heaters can be designed with replacable heating elements to be installed in the tank bottom. The advantage of these heaters is that the elements can be replaced without having to drain the tank. We can provide Industrial Immersion Heater with Tubular heating elements or Cartridge elements. Please contact us for your requirement of industrial Immersion Heater.

Product Details:

Immersion heaters are used to maintain or raise the temperature of fluids in tanks or process vessels. These are installed preferably at a level below the outlet of the tank / vessel so that the heater is fully submerged in the liquid at all times. Heater capacities are determined based on the application, dimensions are decided based on the availability of space and allowable watt densities. Immersion Heaters can be used to heat gasses or fluid ranging from water to corrosive solutions, oils with varying viscosities in an open or enclosed tank. Immersion heaters can be classified on the basis of direct heating and indirect heating. Direct Heating – Tubular Heaters Indirect Heating – Cartridge Type Within tubular we have a range of tube diameters to suit your application watt density, similarly in cartridge type we can provide Open Bobbin type or SS Sheath cartridge type. Tristar Heaters are available in various mounting options a. Threaded Screw plug, b. Over the Side, c. Flange – Standard and customized. Features: Designed for direct contact heating of fluids including gases Used to maintain or raise temperature of fluids in tanks or process vessels Element construction - Tubular or Cartridge Connection type -Threaded screw plug/ Flanged/ Over the side Advantages of Immersion Heater: Customized to suit your requirements taking into consideration process parameters Optimal watt density for long trouble free life, no charring/ coking of fluid Even Heat distribution over the surface of the element avoiding hot spots Easily replaceable without dismantling the heater body or emptying the contents of tank, feature on request Various temperature control and measurement devices Passivated components for use in corrosive solutions, on request Approved Weather Proof (IP 55) and Explosion Proof (IP 66) enclosures, on request 1 kW to 200 kW single heater, higher capacities can be designed and manufactured Applications: Used to maintain the temperature of liquids in tanks or process vessels