Understanding Industrial Heaters Through a Detailed Guide

Any industrial industry needs process heating to function. Plants employ industrial heaters in one way or another, whether it is to create steam or to melt and combine metals to create alloys. Industrial heaters produce heat by converting energy from fuel or other sources. The mechanism of heat transfer subsequently transfers this thermal energy to the system. Any of the following three fundamental heat transmission techniques is used by industrial heaters:

Conduction: Vibrations at higher frequencies occur when molecules in solid objects transfer their energy to neighboring molecules.

Convection: A convection current, which may be free-flowing or driven, transports thermal energy through a fluid or a media.

Radiation: Indirect heat transmission caused by electromagnetic waves that doesn't involve direct physical touch.

Industrial heaters come in a variety of sizes, forms, form factors, ratings, configurations, and more, including thermal oil heaters. We are a leading industrial heater manufacturer and we have characterized the industrial heaters according to their uses, physical characteristics, fuel sources, mediums, and other factors.

Industrial Heaters for All Your Needs:

Leading Indian industrial heaters manufacturer is led by a group of enthusiastic individuals. Industrial Applications is a specialty of our qualified, well-trained team of professionals. We at Arihant Electricals strive to provide cutting-edge industry solutions for eco-friendly and effective process heating equipment. We take pleasure in knowing your specific needs and developing tailored solutions, rather than simply being a tubular heating element manufacturer or supplier. Gain from our years of experience and technological know-how by working with us for all of your industrial heater needs.

Types of Industrial Heaters

Duct heaters: Installed in the streams of gas or air that are moving. As it passes through the heater, the air or gas becomes heated.

Circulation Heaters: Fluid streams that are flowing or circulating through a device are heated by circulation heaters.

Strip Heaters: A flat heating appliance fixed on a surface that can be used to warm the air around it or the surface itself.

Ring Heaters: Circular strip heaters that are especially made for heating round objects like moulds, tanks, flasks, etc.

Rope or Band Heaters: Flexible warmers that can wrap around pipes, tubes, and other surfaces are called rope or band heaters.

Space Heaters: Portable heaters called "space heaters" are used to radiatively heat enclosed spaces like rooms.

Immersion Heaters: Warm the material by placing a heater rod inside of it.

Over-the-side Heaters: Flexible, affordable heaters with a water-resistant body that are typically inserted through the top of tanks or other containers to heat fluids.

Screw-plug Heaters: Versatile and simple to install immersion heaters for small-scale applications.

Flexible Heaters: Heaters that are flexible can be shaped to fit the shape of the substance being heated.

Explosion Proof Heaters: Heaters that can survive explosions, flames, and sparks are called explosion-proof heaters.

Fuel Sources of Industrial Heaters:

Electric heaters: These heaters work as a fuel source producing heat when an electric current flows through a material with a high resistance.

Oil Heaters: These heaters are made of metal columns with heating elements and cavities that burn liquid petroleum products.

Solid Heaters: These heaters generate heat using common fuels like coal, wood, etc.

Gas heaters: These appliances provide heat using gasses like propane, liquefied natural gas, etc.