L Footed Fin Tubes Supplier In Dubai | Astm A213 Boiler Tube Standard With L Footed Fin Construction

L Footed Fin Tubes Supplier In Dubai | Astm A213 Boiler Tube Standard With L Footed Fin Construction
₹68 - ₹161

Minimum Order : 150 piece

Customization as per requirements


Specification Details
Fin ThicknessMinimum 0.8mm, Maximum 3 Mm
Fin HeightMinimum 0.25″(6.35 Mm), 1.5″(38 Mm)
Fin Density :Minimum 46 Fins Per Meter, Maximum 287 Fins Per Meter
MaterialCarbon Steel, Stainless Steel, Alloy Steel, Inconel, High Nickle & Incolloy
Tubes Diameter30mm Od Minimum, 220mm Od Maximum

L-Footed Fin Tubes Supplier in Dubai | ASTM A335 Alloy Steel Tubes with L-Footed Fin Standard

Timex Metals is known as a reliable L-Footed Fin Tubes supplier in Dubai, catering to the HVAC, power, and process sectors. L-Footed Fin Tubes are generally used in air coolers, heat exchangers, and condensers, where there is a need for efficient heat transfer and mechanical strength. These tubes are produced by encircling an L-shaped fin on the base tube, ensuring better heat transfer and resistance to corrosion in moderate operating conditions.
L-Footed Fin Tubes are generally used for economical heat transfer and are often purchased by B2B industrial heat exchanger suppliers. Alongside L-footed fin tubes, G-Finned Tubes are also in demand in situations where there is a need for better fin attachment and resistance to temperature and vibrations.



Type of Sub-products

  • Spiral L Foot Fin Tubes
    Spiral L Foot Fin Tubes

    Spiral L Foot Fin Tubes

    In this variation, the L-shaped fins are wound in a spiral pattern around the tube, enhancing heat exchange efficiency by increasing surface area contact. This design is ideal for systems requiring compact, high-efficiency heat exchangers, such as in HVAC and refrigeration applications.

  • Extended L Foot Fin Tubes
    Extended L Foot Fin Tubes

    Extended L Foot Fin Tubes

    Extended L-foot fins are designed to provide greater surface area by lengthening the fins beyond the standard design. This variation allows for more efficient cooling or heating and is typically used in systems where space constraints are minimal, such as in larger power plant heat exchangers.