Which type of immersion heater is best for Industrial Applications?

 

Immersion heaters are vital equipment components for many industries where vast volumes of fluid are needed to be heated. If you are looking for a reliable efficient and cost-effective way to heat a large quantity of fluid at your plant or facility, an immersion heater could be the best choice. We are a leading Immersion heater manufacturers. They are ideal for use in a variety of industries and applications. They are designed to provide uniform heating to fluids. These have a high heating capacity that can be controlled with an automatic shut-off feature. They are used to heat many liquid substances like water, oil, chemicals and even to stabilize gas within their tanks.

What is Immersion Heater?

Immersion heaters are electric heaters that work by immersing them directly into a tank of material to be heated. 

These work well for heating water as well as other fluids like oil. We are India’s well-known Immersion heater suppliers. They are created using a group of tube bundles that transfer heat efficiently. The heating element in the shape of a rod is made to submerge into the fluid while the upper portion holding the electric circuit remains above the fluid level.

Immersion Heater benefits

Here are some of the top advantages of using electric immersion heaters :

·        High efficiency: Immersion heaters are extremely effective and comparatively inexpensive for heating even vast volumes of liquids.

·        Versatility: They are not restricted to materials and can be used to heat a wide variety of materials. This can be very beneficial for your facility as you won’t have to invest in new equipment to heat new material.

·        Limited maintenance: Immersion heaters often need relatively little upkeep, reducing facility downtime and making them highly cost-effective pieces of equipment.

To know more about the benefits of Immersion heaters, or to learn about any of our process heating systems, speak to the staff at Shiva Heater today.