Kl Fin Tube, Knurled Finning Technique, Enhanced Heat Transfer Performance, Air Cooled Heat Exchanger Systems, Manufacturer In India

Name: Kl Fin Tube, Knurled Finning Technique, Enhanced Heat Transfer Performance, Air Cooled Heat Exchanger Systems, Manufacturer In India
Brand: Timex Metals
Availability: InStock
Rating: 4 (1 reviews)

Specification Details
Fin Thickness	Minimum 0.8mm, Maximum 3 Mm
Fin Height	Minimum 0.25″(6.35 Mm), 1.5″(38 Mm)
Fin Density :	Minimum 46 Fins Per Meter, Maximum 287 Fins Per Meter
Material	Carbon Steel, Stainless Steel, Alloy Steel, Inconel, High Nickle & Incolloy
Tubes Diameter	30mm Od Minimum, 220mm Od Maximum

KL Fin Tube for Thermal Processing and Industrial Cooling Supplier in India

Timex Metals with a long history of providing high-quality and energy-efficient heat transfer assemblies to meet the rigorous needs of industrial processes is a significant KL Fin Tube manufacturer that has solutions designed to perform effectively and have a long lifespan. KL fin tubes are made to ensure that the heat transfer is as high as possible by an effective bonding of fins to the tube surface to provide high thermal conductivity and mechanical stability. The applications of these fin tubes in power plants, chemical processing facilities as well as oil and gas plants that require consistency in their performance are common. In the applications where a stronger fin attachment and high resistance to vibration is necessary, L' Fin Tube configurations are also of choice because of their safe mechanical connection and effective heat removal.

KL fin tubes are designed to resist corrosive conditions and thermal cycling, and thus can be used in the industry over a long period of time with reduced maintenance. Strict quality standards and high-technology production practice are crucial in providing consistent operation in the global conditions. Copper Fin Tube is generally adopted in the systems that need to achieve high thermal conductivity particularly in condensers and heat exchangers to attain a rapid heat transfer and high energy efficiency. The combination of these fin tube solutions has facilitated the stable operation, optimum heat exchange and extended life time in high temperature industrial processes.

L’ Fin Tube – Material, Grades & Weight Table

Base Tube Material	Base Tube Grade	Fin Material	Tube OD (mm)	Wall Thickness (mm)	Fin Height (mm)	Fin Pitch (FPI)	Approx. Weight (kg/m)
Carbon Steel	ASTM A179	Aluminium AA 1100	25.4 (1")	2.11	10	10	2.20
Carbon Steel	ASTM A192	Aluminium AA 1050	31.75 (1¼")	2.77	12	9	3.40
Carbon Steel	ASTM A106 Gr B	Aluminium AA 1100	38.10 (1½")	3.05	12	8	4.60
Stainless Steel	ASTM A213 TP304	Aluminium AA 1050	25.4 (1")	2.11	10	10	2.45
Stainless Steel	ASTM A213 TP316	Aluminium AA 1100	31.75 (1¼")	2.77	12	9	3.70
Copper	ASTM B111	Copper	19.05 (¾")	1.65	8	12	2.10

Focus Use Case: It is used where there is a need to provide a greater surface area in order to dissipate heat, especially in systems where the air is used to cool
Manufacturing Integrity: Made through a continuous wrap of fins with the strip of fin bonded to the base tube in a mechanical manner such that there is consistent thermal contact even in the presence of cyclic temperature loads.
Material Grades: Base tubes and fins are available in combinations like a combination of Carbon Steel, Stainless steel, Copper and Aluminium in accordance to the operating temperature and pressure to meet the requirement of ASTM and ASME standards.
Extra Performance Factors: These tubes are designed to operate at temperatures of up to 300 o C with a long life in the rigorous industrial conditions often used with them.

Client Project Report of Kl Fin Tube

Product Supplied	Quantity	Cities (India)
KL Fin Tubes for Air Cooled Heat Exchangers	173 Pieces	Vadodara
KL Fin Tubes for Refinery Cooling Systems	209 Pieces	Jamnagar
KL Fin Tubes for Process Industry Heat Recovery	164 Pieces	Panipat
KL Fin Tubes for Industrial Condensers	191 Pieces	Tuticorin

L' Fin Tube are designed with mechanically wrapped fins to raise the external surface area and thus enhance the air-side heat transfer in controlled temperature environments up to 170°C. Generally, they are brought into play in cooling and heat recovery devices where the needs for material flexibility, lighter weight, and cost efficiency are met.On a B2B Platform, definite material grades and weight data make it easier for buyers to work out system load, compare configurations, and complete procurement with the right accuracy.If there is a need for a higher temperature capacity and a stronger fin bonding, KL Fin Tube is the most likely choice as a better ‍‌‍‍‌‍‌‍‍‌alternative.