Metnick Alloys
Metnick Alloys Private Limited

Fin Tube

Fin tubes for heat exchangers, air coolers, condensers, boilers and process equipment where higher surface area improves thermal performance.

Fin TubeProduct Range
Overview

Industrial Supply

Fin tubes increase external surface area and improve heat transfer between tube-side fluid and air or gas flow. They are commonly used in air cooled heat exchangers, economizers, dryers, boilers, condensers and process heating or cooling equipment.

Metnick Alloys supports L, LL, KL, G, extruded, welded and embedded fin tube requirements in carbon steel, stainless steel, nickel alloy, titanium, duplex and copper alloy combinations. Tubes can be supplied straight, U-bent, cut to length or prepared for tube sheet assembly.

High area transfersupply range
MTCdocuments
TPIinspection
Exportpacking
Types & Options

What We Supply

Fin Type Selection

L, LL, KL, G, extruded and welded fin designs for different temperature duties.

Material Pairing

Base tube and fin material selected for corrosion, temperature and thermal performance.

Inspection Package

Hydro, eddy current, PMI, dimensional and visual inspection support available.

Technical Snapshot

Specifications & Size Chart

Tube OD 12.7 mm to 63.5 mm
Fin Height 8 mm to 32 mm
Fin Thickness 0.3 mm to 1.2 mm
Fin Pitch 3 to 11 fins per inch
Tube Length Up to 24 meter
Material CS, SS, nickel alloy, titanium, duplex, copper alloy

Size Chart

Tube OD Fin Height Fin Type Tube Length Common Service
12.7 mm 8-12 mm L / LL Up to 12 m Compact exchangers
19.05 mm 10-16 mm L / KL / G Up to 18 m Air coolers
25.4 mm 12-20 mm G / extruded Up to 24 m Heat exchangers
31.75 mm 16-25 mm Extruded / welded Up to 24 m Process coolers
38.1 mm 20-32 mm Welded As required Boiler / heater
50.8 mm+ Custom Welded / embedded As required Heavy duty

Need this product in a custom size?

Send grade, product, size, quantity, standard, certificates and delivery location for a faster response.

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Performance

Mechanical & Service Properties

Applications

  • Air cooled heat exchangers
  • Condensers and evaporators
  • Boiler economizers
  • Dryers and process heaters
  • Power plant heat transfer
  • Chemical and refinery equipment

Property Guide

Heat Transfer Area
High
Temperature Duty
Material based
Mechanical Bond
Fin type based
Corrosion Resistance
Grade based
Supply Flow

From Requirement To Dispatch

Duty Review

Confirm tube material, fin type, OD, pitch and length.

Manufacturing

Finning, straightening, cutting and end preparation.

Inspection

Dimensional, visual, hydro or eddy current checks.

Dispatch

Bundled packing, end protection and documents.