Badrin Industries

We are leading Manufacturer, Supplier and Exporter of Rice Mill heat exchangers, Chennai, India.that is manufactured by using high grade raw material as per the client’s requirements. Our range is available in various sizes specifications and is widely used in different rice mills. These are appreciated in the worldwide market and are offered at the competitive prices.

High-Pressure Heat Exchangers offered to come in superior construction finish and meets the demands of high heat exchange speed as well as superior temperature resistance. Further, these come with high-pressure resistance as well as meet the demands of superior energy conservation.

Some of its features include stainless steel pipes for achieving superior heat transfer

• Provides For Long Service Life
• High Water Storage Capacity
• Offering Safe And Stable Usage
• Provide For Superior Design Flexibility
• Flexible Design
• Allows For Accurate Control Of Temperature.

Steam Heat Exchanger offered comes designed and developed using latest technology support so as to offer optimal; functional performance as demanded by the customers. Further, these heat exchangers can be developed to handle pressure range of 0.1Mpa t 10Mpa and come in carbon steel/stainless steel 304, 304L, 316, 316L and other metal grades. 

Some of its features include:

• End solutions available in both standard and customized configurations
• Finned tube construction design finish
• Suitable for use in areas like drying installations, food processing, and others
• Solutions can also be OEM developed based on parameters like amount of fluid, physical properties of fluid, pressure drop and thermal conditions

• Sturdy Construction
• Good Efficiency
• High durability

• Longer operating times between services
• Reduced footprint due to compact system
• High heat transfer capacities
• Better process control

• stainless steel based finned tube in seamless construction finish;
• use of argon-arc welding on radiator;
• provides for superior anti-corrosive performance:
• long service life;
• high thermal efficiency for effective heat transfer;
• compact design finish and others.

• High heat transfer efficiency
• Lightweight construction finish
• Allow increased refrigerant evaporating efficiency
• High heat exchange speed and temperature resistance
• High-pressure resistance
• Superior energy conservation.