Aluminum Computer Radiator Heat Pipe Extruded Fin Tube Profiles for Heat Exchanger

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Aluminum Computer Radiator Heat Pipe Extruded Fin Tube Profiles for Heat Exchanger

Aluminum Computer Radiator Heat Pipe Extruded Fin Tube Profiles for Heat Exchanger

Extrudded aluminum1050/1060/1070 fin tube HAOHUA INDUSTRY offers the widest variety of sizes available in the industry.

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DESCRIPTION

Basic Info.
Material Stainless Steel
Transport Package Wooden Box
Specification ASTM
Trademark Haohua
Origin China
HS Code 84149090
Production Capacity 50000000_CS
Product Description

Extrudded aluminum1050/1060/1070 fin tube
HAOHUA INDUSTRY offers the widest variety of sizes available in the industry. All of our products are domestically sourced, developed, and produced, which means our customers have immediate access to exactly the products they need for their particular application. And you are assured of the highest quality and manufacturing standards and a local, concerned, customer service presence.
The strong connection between fin and base tube prevents loosening of fin because of heat stress, oxidization, corrosion etc., use at very high temperatures possible. This welded steel finned tubes configuration can be used in practically any heat transfer applications, and particularly suited for high temperature, high pressure applications. The important features of this configuration are efficient, effective bond of fin to tube under any conditions of temperature and pressure, and ability to withstand high fin-side temperatures.
These tubes are used with a wide range of material such as carbon steel, low alloys steel and stainless steel for corrosive flue gas or high temperatures. The finned tube can supply these tubes shaped in hairpin, with extremities bevelled.
As the fin strip is formed around the tube its outer (serrated) edge spreads, opening the segments like petals of a daisy. A continuous weld is applied at the point where the fin strip first begins to bend around the tube diameter using Vulcan's unique gas metal arc welding process. This welding process creates the strongest fin to tube attachment in the industry, excellent heat transfer characteristics, low fin-side pressure drop and little to no change in grain micro structure and physical characteristics even when 3%-9% chromium tubes are used. For a given pipe or tube size, the desired heat transfer surface area per unit length of tube can be obtained by specifying the appropriate fin height and/or number of fins per inch of length.

Technical parameters

PRODUCTTYPETUBE MATERIALFIN MATERIALTUBE SIZEFIN SIZE
Heat Exchanger Finned TubeExtruded Fin TubeAll Kind of Material can be appliedAluminum A110015.88~50.87~11.5FPI
Fin Height Max 16mmH
L-Foot Fin TubeAll Kind of Material can be appliedCopper C1100, C122012.70~50.87~11.5FPI
(Wrap On Type)Fin Height Max 16mmH
G-Fin Tube (Embedded Type)Aluminum A1100, A1050, A1060
High Frequency Welded Finned TubeA179 Carbon Steel TubeCarbon Steel Tube12.70~1601.5~7FPI
Stainless Steel TubeStainless Steel Tube0.8~3.2mm. Thickness
Alloy Steel MaterialAlloy Steel Material
Integral Copper & Copper Alloy High Finned TubeC12200, C11000, C70600C12200, C11000, C7060015.88~22.235~9FPI
Max 12mm. H
Oval Finned TubeCarbon Steel TubeCarbon Steel TubeAll Size Available5~15FPI
Stainless Steel TubeStainless Steel Tube
Alloy Steel MaterialAlloy Steel Material
Copper & Copper Alloy TubeCopper & Copper Alloy Tube
Monometallic Fin TubeLow Fin TubeCarbon Steel, stainless steel, titanium, copper, brass, nickel alloy, etc.--9.52~4012, 16, 19 28 FPI, etc.
Turbo-C Tube
Turbo-E Tube
Corrugated TubeAll Kind of Material--6.35~402~9FPI

Aluminum Computer Radiator Heat Pipe Extruded Fin Tube Profiles for Heat Exchanger

Aluminum Computer Radiator Heat Pipe Extruded Fin Tube Profiles for Heat Exchanger