Our products find applications in diverse fields and have reached almost every corner of the globe.
So much so, that wherever you may be, if there is a refrigeration system operational near you, chances are that it has a heat exchanger manufactured by us, saving energy and quietly making your life better!
Indus manufactures Copper HEX Coils with both Copper and Aluminum fin material using Cu tubes Indus offers a wide selection of Fin Pattern using bare as well as pre-coated fins with varied fin pitches
We offer PLC based fully automatic Dry Coolers and Hybrid Dry Coolers for a variety of applications and a wide range of ambient temperatures.
Indus offers Air Cooled Condenser Models in Horizontal and Vertical V constructions in addition a number of constructional options are available to suit varied requirements.
Indus offers Heat Exchanger coils assemblies with components like Filter Dryer, Capillary tube/assembly, Fan Motor with AC/ EC motors, Plate Heat Exchanger etc.
Indus have in house facility for manufacturing Copper/Aluminium material headers for various tube diameters and tube thickness etc.
Innovation is the true test of expertise. Time and again Indus has pioneered products that dramatically increase efficiency and decrease costs. Our innovations such as the Tsunami Fin design are testament to the design team's acumen. With 8-12% greater efficiency than regular corrugated fins, Tsunami Fin pattern also reduces energy consumption and space.
There are no short cuts to doing quality work. It’s a comprehensive process and a way of life at Indus. And with reliability being the most important attribute of any engineering product, quality control and assurance is one of the most important and rigorously carried out aspect of our operations, from employee training, raw material and component sourcing to manufacturing and post delivery product maintenance.
Smaller tube diameter coils with Tsunami fins. The 5mm ‘Micro Tube’ and 6.35mm tube with Green Fin Tsunami patterns are among the major additions by Indus and provide greater environment sustainability by reducing consumption of nonferrous metals and as a result, substantial reduction in refrigerant charge, thereby saving energy and most importantly reducing CO emissions & carbon 2 footprint.