Extruded Fin Tube

EN10217-7 1.4301 (TP304) Extruded Fin Tube 1.4301 (commonly known as TP304 or UNS S30400) is a classic austenitic stainless steel grade. Its fundamental characteristic is a balanced composition of Chromium (Cr) and Nickel (Ni), which provides excellent corrosion resistance, good formability, and ease of welding, establishing it as one of the most versatile and widely used stainless steels. The EN10217-7 1.4301 Extruded Fin Tube is a specialized high-efficiency heat transfer

Product Overview The stainless steel grade 1.4301, as specified in the EN 10217-7 standard, derives its fundamental characteristics from its defined chemical composition and standard heat treatment condition. Its typical composition includes a maximum carbon (C) content of 0.07%, chromium (Cr) content between 17.5% and 19.5%, and nickel (Ni) content within the range of 8.0% to 10.5%. In the solution annealed (+AT) condition, it exhibits a room temperature thermal conductivity

EN10217-7 1.4307 Extruded Finned Tube Al1060 Fins for HVAC Condenser or Evaporator This extruded bimetallic finned tube combines a corrosion-resistant stainless steel core with a high-purity aluminum fin layer, engineered for applications demanding both mechanical strength under pressure and superior thermal dissipation. The construction consists of a seamless or welded inner tube manufactured to EN 10217-7, using grade 1.4307 (304L) stainless steel, over which an Al1060

EN 10217-7 1.4301 Extruded Fin Tubes Manufacturing Process: Tube Preparation: The base tube, often made of materials like carbon steel, stainless steel, copper, or Inconel, is selected, cleaned, and cut to the required length. A thick-walled aluminum or copper sleeve (muff) is placed over this base tube. Extrusion Process: The sleeved tube is then pushed through a shaped die or series of arbors with rotating discs. This process mechanically bonds the fin material to the tube,

Extruded Fin Tube ASTM A179 Aluminium Strip Al1060 For Air Cooler The Extruded Fin Tube ASTM A179 with Aluminum Strip Al1060 is an efficient solution designed for air cooler applications. This tube consists of a carbon steel base (ASTM A179) with extruded aluminum fins (Al1060), offering excellent heat transfer efficiency and corrosion resistance. The extruded fin design enhances the surface area for heat exchange, making it suitable for cooling systems in various industrial

Carbon Steel Fin Tube, Exruded Fin Type,ASTM A179, Air Cooler,Heat Exchanger What is Structural Features of extruded fin tube? Integral Formation of Fins and Base Tube:The fins and base tube of extruded fin tubes are integrally formed through the extrusion process. There are no gaps between the fins and the base tube, resulting in a tight bond, low thermal resistance, and high heat transfer efficiency. Diverse Fin Shapes: The shape of the fins can be designed according to

ASME SB163 N08825 Extruded Finned Tube With Al1060 Fins for Sour Gas Air Coolers Premium ASME SB163 N08825 extruded finned tubes with integral aluminum extrusion fins. Outstanding anti-corrosion performance for oil & gas, chemical, marine heat exchange projects. Custom dimensions & third-party inspection available. Our ASME SB163 UNS N08825 extruded finned tube is a premium bimetallic heat transfer component engineered for extreme corrosive industrial working conditions. It

EN10217-7 1.4301 Extruded Finned Tubes With AL Fin For Wood Dryer 1. Material & Chemical Composition Base Tube: EN10217-7 1.4301 (AISI 304) stainless steel, chosen for its excellent corrosion resistance and temperature stability—critical for wood dryer environments with high humidity and occasional chemical exposure. Fins: High-purity aluminum (1050/3003 series), selected for superior thermal conductivity to enhance heat transfer efficiency. Chemical composition of 1.4301

ASTM B163 N08825 Extruded Finned Tube With AL1060 Fins For Oil Refinaries What is ASTM B163 N08825 Extrudded Finned Tube with Aluminum Fins? ASTM B163 N08825 Extruded Finned Tubes with Aluminum Fins are heat transfer components made of high-quality Inconel 825 alloy and aluminum. The tubes are used in heat exchangers and boilers, where aluminum fins are attached to the outside of the tube to increase the surface area for heat transfer. The aluminum fins are extruded onto the

ASME SA179 Extruded Finned Tube for Air-Cooled Heat Exchanger Product Overview Our ASME SA179 Extruded Finned Tubes for Air-Cooled Heat Exchangers are designed to increase the external heat-transfer surface area of seamless carbon steel tubes, providing an efficient solution for air-side heat transfer applications. The base tube is manufactured from ASME SA179 / ASTM A179 seamless cold-drawn low-carbon steel , while the fin layer is typically made from aluminum alloy. Through

EN10217-7 1.4301 Extrudded Finned Tube with Al1060 Fins for HRSGs System EN10217-7 1.4301 Extruded Finned Tube with Al1060 Fins is a high-performance, pressure-rated heat exchanger tube where: The inner pressure-bearing tube is made of stainless steel AISI 304 (1.4301), manufactured and tested according to the strict pressure vessel tube standard EN 10217-7. This makes it suitable for steam, hot water, or other process fluids under pressure. The outer heat transfer fins are

ASTM A213 TP304 Extruded Finned Tubes For Fired Heater Convection Sections The convection section functions as a vital heat recovery assembly within direct-fired heaters (also referred to as furnaces) that are utilized in refineries, petrochemical facilities, and chemical processing plants. The engineering and configuration of this section exert a direct influence on the heater’s overall thermal performance efficiency and the economic viability of its day-to-day operation.

ASTM B163 N08800 Extruded Finned Tube With Al1060 Fins for Air Cooler and Condenser Product Overview This bimetallic extruded finned tube adopts seamless UNS N08800 Incoloy 800 alloy base tube manufactured fully complying with ASTM B163 heat exchanger tube standard, matched with industrial pure Al1060 aluminum outer fins integrated by cold extrusion forming. Different from traditional wound or welded fin structures, our one-piece extrusion molding locks aluminum fins tightly

EN 10217-7 1.4301 Extruded Fin Tubes Manufacturing Process Manufacturing Process Step 1: Base Tube Preparation Source EN 10217-7 certified 1.4301 stainless steel welded tubes Inspect for dimensional accuracy, surface defects, and chemical composition (per EN 10217-7) Clean and degrease tube surface to ensure optimal bonding Step 2: Sleeve Installation Slide a thick-walled aluminum sleeve (muff) over the 1.4301 base tube Ensure precise alignment and concentricity for uniform

ASTM A213 TP316L Stainless Steel Fin Tube Extruded Type For Air Cooler Product Overview The fin tube is produced using ASTM A213 TP316L seamless stainless steel tubes with extruded Aluminium 1060 fins. The extrusion process creates a metallurgical bond between tube and fin, ensuring excellent thermal performance, mechanical strength, and long service life in demanding cooling applications. Type Description Base tube Fin specification (mm) O.D. (mm) Fin pitch Fin height Fin

ASME SA249 TP304 Extruded Finned Tube with Al1100 Fins For Air-Cooled Condensers An ASME SA249 TP304 Extruded Finned Tube with Al1100 Fins is a high-performance, durable, and efficient heat exchanger component engineered for applications requiring reliable heat transfer from a stainless steel-contained fluid to a gaseous medium. Its primary purpose is to efficiently transfer heat between the fluid inside the tube and the gas (like air or flue gas) outside the tube. Component

Incoloy 825 Extruded Finned Tube , Fin Material AL 1060 , for Heat Transfer Extruded Fin Tube The fin is formed by rolling material from the outside of the exterior tube to give an integral fin with excellent heat transfer properties and longevity. This fin type is formed from a bi-metallic tube consisting of an aluminium outer tube and an inner tube of almost any material. MATERIAL COMBINATIONS Core Tube Carbon steels, low-alloy steels, stainless steels, brass, copper,

ASTM A249 TP304 Welded Extruded Finned Tubes For Petrochemical Plants Petrochemical plants operate under extreme conditions (high temperature, high pressure, corrosive media), demanding robust and efficient equipment. Such as fired heaters (furnaces), heat exchangers, reactors, distillation columns, storage tanks.Finned tubes are an indispensable part of these highly efficient equipment. For example, in fired heaters, high-frequency welded (HFW)and extruded finned tubes are

Carbon Steel Extruded Fin Tube, A179 with Aluminium 1060 for Heat Exchanger Application Technical Specifications : Property Base Tube (Carbon Steel A179) Fin Material (Aluminum 1060) Outer Diameter (OD) 19.05 mm - 50.8 mm Customizable based on design Wall Thickness 1.2 mm - 3.0 mm - Fin Thickness - 0.5 mm - 1.5 mm Fin Height - 10 mm - 40 mm Fin Attachment Extruded and bonded to base tube - Chemical Composition : Element Carbon Steel A179 (Base Tube ) Aluminum 1060 (Fin

ASME SA269 TP304 Extruded Finned Tube , Fin Material AL 1060 Extruded Finned Tube Extruded fin offers excellent corrosion protection of the base tube. The fin is formed by rolling material from the outside of the exterior tube give an integral fin with excellent haet transfer properties. MATERIAL COMBINATIONS Core Tube Carbon steels, low-alloy steels, stainless steels, brass, copper, copper-nickel alloys, aluminium bronze, nickel-alloys, as well as exotic grades. Core tubes