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Water Immersion Heater

Among the different kind of heaters you find in the market today water immersion heater are the ones which we provide at a larger scale.

There are a lot of companies which are making use of water immersion heater for their business purpose. This has helped them in a larger extent because it was high time for them to throw off their traditional heaters and make use of the most recent and advanced immersion heaters which helped them in saving a lot of money and time.

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(+91) 992-582-2226

Short Description

  1. Lead bonded pipe with clamp plate
  2. S.S, Titanium, Glass or Silica cover used for immersion heater
  3. These heaters constructed in S.S., Incoloy 800, Inconel 600, Copper, Titanium,
    Alkaline etc.

Applications

  1. pharmaceutical Industry
  2. In water, oil & chemical tank & vessels.
  3. In anodizing and plating baths etc.
  4. Made as per required size and shapes.

Know More

Discover Highly Efficient Water Immersion Heater

Immersion heater which we provide to our clients are designed and well equipped with the most advanced tools and equipment’s which enable the heater to sustain for years’ time. Water immersion heater are mainly used to heat the water which are kept in the tanks and huge boxes. You can anytime visit our industry to have a check on the different kind of heaters we are manufacturing and supplying to different parts of the globe.

Ordering Info. Required

  1. Tank Size
  2. Immersion Length.
  3. Volt & Wattage Require
  4. Application Material
  5. Flange size Or Thread Size
  6. Drawing or Sample required for special configuration

Frequently Asked Questions

Take a megohm reading between the terminals and the sheath before connecting power. Below 1 megohm means moisture is inside. Remove it by baking the heater at low temperature or energizing it at reduced voltage before full operation. Do not power it normally with moisture still present.
A sheath material not matched to the liquid being heated. Chlorides, acids, and aggressive chemicals attack certain materials and eat into the surface over time. Stainless steel suits general water and mild chemicals. Incoloy 800 handles more aggressive environments. Titanium is used where other materials would not last. The sheath is chosen based on what the heater goes into, not just the temperature.
Stainless steel, Incoloy 800, Inconel 600, copper, titanium, and alkaline-grade materials. Glass and silica covers are available for specific types. The right material depends on the liquid and the chemicals present.
Pitting reduces sheath wall thickness. Once it perforates, the heating element contacts the liquid and fails immediately. Shallow isolated pitting may still have life remaining. Widespread pitting or any surface breakthrough means replace it before it fails in the tank.
The heater runs continuously without cycling off. Without a separate high-limit cutout, it keeps running until it damages itself. A high-limit switch installed as a backup prevents this. Confirm the thermostat is cycling correctly during routine maintenance.
Check the sensor is properly seated first. A loose sensor reads air or tank wall temperature instead of the liquid. If the position is correct, test against an independent thermometer at a known temperature. A reading consistently off by a fixed amount means the sensor has drifted and needs replacing.
The exposed section above the liquid level overheats rapidly, degrading the sheath, internal insulation, and heating wire. A low liquid level cutoff switch shuts the heater down before the element is exposed. Fit one in any tank where the liquid level varies during operation.
Higher watt density means a hotter sheath surface, which accelerates scale in hard water and corrosion in aggressive liquids. For general water heating, lower watt density gives longer service life. For process applications, the right watt density depends on the specific liquid and temperature. We confirm this during ordering alongside tank size, immersion length, and voltage.