• Fin Height5 to 25 MM
• Wire Thickness0.5 to 1 MM
• Fin Per Inch2 FPIto 8 FPI

• Tube/Pipe Size12.7 MM to 25.4 MM outside diameter
• Fin Height0.56to 1.25 MM

Kasera Fin Tube's solder dipped bonded finned tubes are edge tension wound to assure proper fin to tube contact before the solder is applied. Root soldering involves a special Kasera Fin Tube that uses enough solder to create the bond between the tube and the base of the fin thus avoiding bridging. Solder-coated finned tubing covers the entire fin and tube surface with the alloy. Lead-free and tin-lead alloys are available for all soldered products.The soldering process creates a fin attachment that is ideal for forming or bending. Kasera Fin Tube's solder dipped bonded finned tubes have external surface area for heat transfer. Solder dipped finned tubes are commonly used in applications with temperatures ranging from -160 degrees C to +250 degrees C. ............................................................................................................................................................................................. Root Solder Finned Tubes Kasera Fin Tube's root solder finned tubes are edge tension wound in the same manner as the solder dipped fin tube. The soldering process utilizes enough solder to bond the base of the fin to the tube. This leaves most of the fin surface clean of any solder coating, which may impede heat transfer capabilities. Kasera Fin Tube's root solder finned tubes have external surface area for heat transfer. Root solder finned tubes are commonly used in applications with temperatures ranging from -160 degrees C to +250 degrees C.

Kasera Fin Tube offers LL-Foot Tension Wound Finned Tubes. Manufactured in the same way as the 'L' fin type except that the fin foot is overlapped to completely enclose the base tube thereby giving excellent corrosion resistance. This type of tube is often used as an alternative to the more expensive extruded type fin in corrosive environments. If say in simply- Aluminium fin strip is formed to LL shape and tension wound on the tube with overlapping of fins as shown in the figure.

Kasera Fin Tube's turbulators are spiral strips and wire wound that can be easily installed to promote turbulence within the tube and enhance heat transfer of certain viscous fluids. Turbulators are available in carbon steel, stainless steel, aluminum, copper and nickel alloys. Kasera Fin Tube, the increase in surface area magnified so the convective heat transfer coefficient by increasing is provided. Heat convection coefficient to increase in heat exchangers in the turbulence-enhancing ways will be tried. Turbulators with a pipe in the air flow environment degradation and passive methods to improve are provided. Turbulators boiler smoke pipe placed inside boiler efficiency improvement is provided. Smoke pipe steam and heating boiler tion of the pipes passing through the flue gas with the pipe inner surface further contact with the right plate, and consequently, the pipe heat transfer to increase and thus flue gas on heat greater than the amount earned in the water to pass By lowering the temperature of the boiler to the smoke flow is used in order to raise productivity. Turbulators conical ring surface, and perforated spiral mixer palette has many varieties to. Turbulators be used; For the same heat capacity, lower fuel consumption, gain capacity and efficiency benefits, such as the optimum level up. Flat tube heat transfer coefficient for the Fluent using the results obtained with the literature, the connections used and the results are compared and the results of the% for a 20 with a difference is acceptable within limits that was observed. It next turbulators pipe straight pipe between the comparisons in the turbulators pipes, using straight pipes compared to ransferi temperature coefficient of 13% of luxury, such as heat transfer in a large increase in 28% of meters that have been identified. Gained as a result of this study with the use of thermo-dynamics of systems turbulators pipe and the capacity for increased efficiency of energy savings are proven right.   A Case Studies See below the comparison between Compressor lube oil cooler (Air-Cooled Heat Exchanger) with and without turbulator: Number of tube rows above each other: 5* (with turbulator) 10* (without turbulator) Width: 4* meter (with turbulator) 7.3* meter (without turbulator) Length: 7.9* meter (with tubulator) 12.2* meter (without turbulator) Height: 7.2* meter (with turbulator) 9.3* meter (without turbulator) .............................................................................................................................................................................................. Integral Belled End Tubes Belled end tubes are required in applications where finned tubes for maintenance purposes must pass through stationary tube sheets. Kasera Fin Tube's integral belled end finned tube eliminates the need for expensive silver brazing of the tube to bell and greatly extends the life of the belled end finned tube beyond that of any mechanically attached belled end. .............................................................................................................................................................................................. Finned Tube Support Collars Kasera Fin Tube offers several different options to help provide stability and long life to our finned tubing. Collars can be used in high vibration and long tube length applications. Collars also reduce wear on fins that can lead to tube failure. Collars offered include cast-zinc, silicon, metal band, and packed fin. We can also place mid-bare sections (no fins) for customer supplied supports. Collars can be placed at any point throughout the length of the tube. Dimensional specifications are closely maintained to ensure proper fit up.

• Fin Height5 to 25 MM
• Wire Thickness0.5 to 1 MM
• Fin Per Inch2 FPIto 8 FPI

Kasera Fin Tube's brazed finned tubes offer an alternative to welded fins for applications requiring smaller O.D. or thinner wall tubes with a strong fin to tube bond. The fin material is edge wound on to the tube and then furnace brazed, Making it ideal for rigorous, high-temperature applications. When the tube expands or shrinks due to temperature changes, the brazed bond never relaxes its grip. Kasera Fin Tube offers brazed finned tubing in similar or dissimilar metals for increased heat transfer efficiency. Kasera Fin Tube's brazed finned tubes have external surface area for heat transfer. Brazed Finned Tubes are commonly used in applications with metal temperatures up to 380° C, and with special coating, 800° C.

Kasera Fin Tube's solder dipped bonded finned tubes are edge tension wound to assure proper fin to tube contact before the solder is applied. Root soldering involves a special Kasera Fin Tube that uses enough solder to create the bond between the tube and the base of the fin thus avoiding bridging. Solder-coated finned tubing covers the entire fin and tube surface with the alloy. Lead-free and tin-lead alloys are available for all soldered products.The soldering process creates a fin attachment that is ideal for forming or bending. Kasera Fin Tube's solder dipped bonded finned tubes have external surface area for heat transfer. Solder dipped finned tubes are commonly used in applications with temperatures ranging from -160 degrees C to +250 degrees C. ............................................................................................................................................................................................. Root Solder Finned Tubes Kasera Fin Tube's root solder finned tubes are edge tension wound in the same manner as the solder dipped fin tube. The soldering process utilizes enough solder to bond the base of the fin to the tube. This leaves most of the fin surface clean of any solder coating, which may impede heat transfer capabilities. Kasera Fin Tube's root solder finned tubes have external surface area for heat transfer. Root solder finned tubes are commonly used in applications with temperatures ranging from -160 degrees C to +250 degrees C.