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Finned Tubes offered comprise tubes and fins designed for achieving high overall heat transfer surface area. These allows for quicker dissipation as well as higher heat-transfer coefficient. Further, the tubes are designed using advanced mechanical tension bonding process and can be made available in different diameters, thickness as well as finish options. The presence of 100% fin-to-tube bonding also provides for exceptional process efficiency.


Features:

• Precision designed range of Finned-Tubes
• Tubes and fins designed for achieving high overall heat transfer surface area
• Allows for quicker dissipation as well as higher heat-transfer coefficient
• Tubes designed using advanced mechanical tension bonding process
• Available in different diameters, thickness as well as finish options
• 100% fin-to-tube bonding that provides for exceptional process efficiency
• Delivers optimum corrosion protection on base tube

Hot Dip Galvanized Finned Tubes offered provides for high rate of quicker dissipation as well as optimum heat-transfer coefficient using equipment fitted with Fin Tubes. These tubes are designed under high mechanical tension bonding process that provides for optimum usage interface. Further, these Finned tubes are made available in different diameters, thickness and finishes which can also be offered in different material specification choices.

Features:

• Precision designed and developed range of Hot Dip Galvanized Finned Tubes
• Provides for high rate of quicker dissipation as well as optimum heat-transfer coefficient using equipment fitted with Fin Tubes
• Tubes designed under high mechanical tension bonding process that provides for optimum usage interface
• Finned tubes made available in different diameters, thickness and finishes
• Can also be made available in different material specification choices
• Tubing can be applied without changing flow arrangement, shell size or need of repositioning of piping
• Suitable for enhancing performance of heat exchangers or for reducing its size
• Designed to enhance overall heat transfer surface area
• Provides for optimum corrosion protection on base tube
• Optimum tubing designs that provides for easy to clean interface
• Continuous outer sleeve that ensures no galvanic corrosion
• Tubes can be made available in different material finishes like titanium, stainless steel, aluminum and other metal choices
• Comes with optimum fin-to-tube bonding that provides for exceptional usage efficiency
• Comes with optimum corrosion protection on base tube
• With outer sleeve available in continuous finish there is also no galvanic corrosion
• Easy to clean and maintain interface
• Assists in enhancing thermal performance of Heat Exchangers

Spiral Finned Tubes offered comprise precision designed finish that makes these highly suitable for exchanging low heat transfer fluids as well as low density with high heat capacity stream. These spiral Fin Tubes support optimum transfer of heat between outside as well as inside of tubes. Further, the fins are also designed to enhance surface area of bare tube which results in more compact heat exchanger finish.

Features:

• Efficient range of spiral fin tubes
• Precision designed finish that makes these highly suitable for exchanging low heat transfer fluids as well as low density with high heat capacity stream
• Spiral Fin Tubes support optimum transfer of heat between outside as well as inside of tubes
• Fins designed to enhance surface area of bare tube which results in more compact heat exchanger finish
• Highly suitable for use in heat exchangers used in industry sectors like Paper, Sugar, Oil refineries, Power plants and others
• Provides for optimum corrosion protection on base tube
• Optimum tubing designs that provides for easy to clean interface
• Continuous outer sleeve that ensures no galvanic corrosion
• Tubes can be made available in different material finishes like titanium, stainless steel, aluminum and other metal choices
• Tubes designed under high mechanical tension bonding process that provides for optimum usage interface
• Finned tubes made available in different diameters, thickness and finishes
• Can also be made available in different material specification choices
• Tubing can be applied without changing flow arrangement, shell size or need of repositioning of piping
• Suitable for enhancing performance of heat exchangers or for reducing its size

We are leading manufacturers and supplier of MS finned tubes..

Main Features:

Spiral continuous tension crimped wound.Firm contact of fins with tube.High Efficiency. High Heat transfer.Equally spaced finns, Longer life.

Available with heat resistance paint and with hot deep galvanizing.

Finned Tubes Elliptical Type offered provides for optimum corrosion protection on base tube in optimum designs that provides for easy to clean interface. Further, these feature continuous outer sleeve that ensures no galvanic corrosion. We can make the tubes available in different material finishes like titanium, stainless steel, aluminum and other metal choices in high mechanical tension bonding process that provides for optimum usage interface.

Features:

• Optimum functionality based range of Finned Tubes Elliptical Type
• Provides for optimum corrosion protection on base tube
• Optimum tubing designs that provides for easy to clean interface
• Continuous outer sleeve that ensures no galvanic corrosion
• Tubes can be made available in different material finishes like titanium, stainless steel, aluminum and other metal choices
• Tubes designed under high mechanical tension bonding process that provides for optimum usage interface
• Finned tubes made available in different diameters, thickness and finishes
• Can also be made available in different material specification choices
• Tubing can be applied without changing flow arrangement, shell size or need of repositioning of piping
• Suitable for enhancing performance of heat exchangers or for reducing its size
• Designed to enhance overall heat transfer surface area
• Comes with optimum fin-to-tube bonding that provides for exceptional usage efficiency
• Comes with optimum corrosion protection on base tube
• With outer sleeve available in continuous finish there is also no galvanic corrosion
• Easy to clean and maintain interface
• Assists in enhancing thermal performance of Heat Exchangers
• Provides for high rate of quicker dissipation as well as optimum heat-transfer coefficient using equipment fitted with Fin Tubes

Spiral Copper Finned Tubes offered comprise precision designed finish that makes these highly suitable for exchanging low heat transfer fluids as well as low density with high heat capacity stream. These spiral Fin Tubes support optimum transfer of heat between outside as well as inside of tubes. Further, the fins are also designed to enhance surface area of bare tube which results in more compact heat exchanger finish.

Features:

• Efficient range of spiral fin tubes
• Precision designed finish that makes these highly suitable for exchanging low heat transfer fluids as well as low density with high heat capacity stream
• Spiral Fin Tubes support optimum transfer of heat between outside as well as inside of tubes
• Fins designed to enhance surface area of bare tube which results in more compact heat exchanger finish
• Highly suitable for use in heat exchangers used in industry sectors like Paper, Sugar, Oil refineries, Power plants and others
• Provides for optimum corrosion protection on base tube
• Optimum tubing designs that provides for easy to clean interface
• Continuous outer sleeve that ensures no galvanic corrosion
• Tubes can be made available in different material finishes like titanium, stainless steel, aluminum and other metal choices
• Tubes designed under high mechanical tension bonding process that provides for optimum usage interface
• Finned tubes made available in different diameters, thickness and finishes
• Can also be made available in different material specification choices
• Tubing can be applied without changing flow arrangement, shell size or need of repositioning of piping
• Suitable for enhancing performance of heat exchangers or for reducing its size