Continuous type spiral fin tubes with crimped fins gives 80 % high efficiency than bare tube . More over it is wound with tension which gives rigid grip. This is the most commonly used fin tubes for industrial purpose. Having low cost & high efficiency. Material of base tube is M.S. S.S.CopperAluminum brass etc. Commonly used fin material is M.S.S.S.CopperAluminum etc. Common bare tube size is 38 to 4 size. Fins per inch will be from 6 to 9.

• Type ofshell & tube heat exchanger.
• Used to maintain oil temperature during process.
• Removable type tube bundles for easy cleaning.
• Expanded copper/cupronickel/Brass tubes for high heat transfer.
• Widely used in hydraulic power packs, plastic injection molding machine, gear boxes, machine tools, transformers, quench oil systems, coolant cutting oils, diesels engines, turbines, rolling mills etc.

• Highly efficiently fans & blowers.
• Double width & single width type blowers available.
• Aerofoil/backward/radial blade type.
• Air capacity from 1000 cfm to 500000 cfm.
• Static pressure up to 2000 mm.
• Trouble free smooth running.
• Belt drive or direct drive.
• Dynamically balanced impeller.
• EN-8 shaft.
• Performance testing as per code.
• Any discharge positions.
• Non Overloading types.
• Easy for maintains & operations.

These fans & blowers widely used to handle air for ventilators, dust collection, air conditioning, burners, wood-husk fired boilers, conveying system, power plant, cement, sugar, pharmaceutical, agriculture, paper & pulp mill, food, fertilizer industries.

• Shell & tube heat exchangerused for cooling hot vapors called condenser.
• Used at every outlets of turbine.
• Cooling water circulates from tube side.
• Hot vapor enters from shell side.
• Condensate outs from the bottom thof eheat exchanger.
• Shell rolled from M.S. / S.S.Material.
• Intermediate plates are installed to serve as baffle plants.
• Baffle plants provided path to steam or vapor.
• Seamless/welded tubes of copper/cupronickel/stainless steel/titanium can be used.
• Tube size are from 19.05 mmo.d. to 31.75 mm is suitable.
• No of passes will be 2 to 16.
• Some condenser required expansion bellow for thermal expansion & contraction.

Continuous type spiral fin tubes with crimped fins gives 80 % high efficiency than bare tube . More over it is wound with tension which gives rigid grip. This is the most commonly used fin tubes for industrial purpose. Having low cost & high efficiency. Material of base tube is M.S. S.S.CopperAluminum brass etc. Commonly used fin material is M.S.S.S.CopperAluminum etc. Common bare tube size is 38 to 4 size. Fins per inch will be from 6 to 9.

• Type ofshell & tube heat exchanger.
• Used to maintain oil temperature during process.
• Removable type tube bundles for easy cleaning.
• Expanded copper/cupronickel/Brass tubes for high heat transfer.
• Widely used in hydraulic power packs, plastic injection molding machine, gear boxes, machine tools, transformers, quench oil systems, coolant cutting oils, diesels engines, turbines, rolling mills etc.

• Highly efficiently fans & blowers.
• Double width & single width type blowers available.
• Aerofoil/backward/radial blade type.
• Air capacity from 1000 cfm to 500000 cfm.
• Static pressure up to 2000 mm.
• Trouble free smooth running.
• Belt drive or direct drive.
• Dynamically balanced impeller.
• EN-8 shaft.
• Performance testing as per code.
• Any discharge positions.
• Non Overloading types.
• Easy for maintains & operations.

These fans & blowers widely used to handle air for ventilators, dust collection, air conditioning, burners, wood-husk fired boilers, conveying system, power plant, cement, sugar, pharmaceutical, agriculture, paper & pulp mill, food, fertilizer industries.

• Shell & tube heat exchangerused for cooling hot vapors called condenser.
• Used at every outlets of turbine.
• Cooling water circulates from tube side.
• Hot vapor enters from shell side.
• Condensate outs from the bottom thof eheat exchanger.
• Shell rolled from M.S. / S.S.Material.
• Intermediate plates are installed to serve as baffle plants.
• Baffle plants provided path to steam or vapor.
• Seamless/welded tubes of copper/cupronickel/stainless steel/titanium can be used.
• Tube size are from 19.05 mmo.d. to 31.75 mm is suitable.
• No of passes will be 2 to 16.
• Some condenser required expansion bellow for thermal expansion & contraction.