Heat Exchanger Steel Tube

Hot Sale heat resistant seamless u shaped heat exchanger tubes Seamless Steel Tubes SA213 U tubes for boilers and heat exchangers applications sh ap9 SA213 long steel tubes, make to U bend tubes for boilers and heat exchangers. With strong wood structure box packing by containers loading and shipping. Heater tubes U TUBES with Stainless, Alloy steel grade available, Carbon Steel grade is also available. e1 18080d heat exchanger tubes Size Range: OD:6-127mm WT:0.5-12mm Grade:

TP317 Heat exchanger stainless steel U tubes OD:6-127mm WT:0.5-12mm Grade: TP 317 TP317L TP321 Keywords:Stainless steel U tubes SA213 long steel tubes, make to U bend tubes for boilers and heat exchangers. With strong wood structure box packing by containers loading and shipping. Heater tubes U TUBES with Stainless, Alloy steel grade available, Carbon Steel grade is also available. Chemical composition Steel grade C max Mn max P max S max Si Max Cr Ni Mo N TP317 0.08 2.00 0

KL-Type (Knurled L-Footed) Stainless Steel Finned Tube for Heat Exchangers Material A KL-type finned tube (Knurled L-Foot fin tube) is a heat-exchanger tube made by helically wrapping a metal fin strip around a stainless-steel base tube. Before wrapping, the tube surface is knurled, and the L-shaped fin foot is mechanically embedded into this knurled surface. This creates a tight metallurgical/mechanical bond, producing enhanced heat-transfer efficiency, strong fin adhesion,

L-Footed Fin Tubing (Carbon Steel) for Industrial Radiators Material Overview This product is a helical finned tube featuring an “L-foot” style fin (also called L-type/wrap-on fin) wound around a carbon steel base tube. The fin foot forms an L-shaped contact on the tube surface, providing robust mechanical contact between fin and tube and hence enhanced heat transfer and corrosion resistance. It is used as a heat‐exchange element in industrial radiators, air coolers,

H Type Finned Tubes Welded Finned Pipes Tubes For Heat Exchanger Material Introduction H-type finned tubes are high-efficiency heat transfer elements consisting of carbon steel or alloy steel base tubes with H-shaped fins welded on both sides. These tubes are primarily used in industrial heat exchangers, economizers, and air preheaters for power plants, refineries, and boilers. The H-shaped fin design maximizes heat exchange surface area, reduces air resistance, and enhances

Helical Finned Tube Continuously Welded Spiral Fin Tube For Heat Exchanger Material Helical finned tubes are specialized heat transfer elements composed of a base tube and continuous spiral fins welded helically along the tube’s outer surface. They are typically made from carbon steel, stainless steel, or alloy steel depending on the thermal and corrosion requirements. The fins are mechanically bonded or continuously welded to the base tube to ensure excellent heat conductivi

H Type Finned Tubes High Frequency Welded Finned Tube For Industrial Radiators Material H Type Finned Tubes are high-efficiency heat transfer components made from carbon steel or stainless steel tubes with welded fins using high-frequency welding technology. The base tube and fins are metallurgically bonded to ensure excellent heat transfer performance, corrosion resistance, and mechanical strength, making them ideal for industrial heat exchanger systems. Specifications Fin

Stainless Steel G-Type Embedded Finned Tubes for Heat Exchangers Material This product is a G-type embedded finned tube, wherein fin strips are tension-wound and embedded into helically machined grooves on the outer surface of the base tube, then back-filled with the base-tube material to secure the fins. For the “stainless steel version”, the base (core) tube is produced from stainless steel (such as TP 304, TP 316, duplex stainless steel, etc.), while the fin material may

Carbon Steel Seamless Tube G-Type Embedded Fin Heat Exchanger Pipe Material This product is a seamless, cold‐drawn carbon steel heat‐exchanger tube with embedded “G-Type” fins mechanically formed into the outer wall of the base tube. The fins (typically aluminium, copper or steel) are secured in deep machined grooves in the parent tube wall to provide enhanced surface area and heat‐transfer performance. Specification Base tube: seamless cold‐drawn carbon steel tube (e.g. to

ASTM A1020 Cold drawn Tube For Heat Exchanger Tube Boiler Tubes ASTM A1020 is a type of Cold-Drawn Seamless (CDS) steel tube material suitable for heat exchangers and boilers. Its production and performance comply with ASTM standards, featuring excellent toughness, weldability, and corrosion resistance, which enables it to meet the operating requirements of heat exchange and boiler systems. Material and Specifications The base material of this product is low-carbon structural

High-Temperature Stainless Steel Seamless Pipes under JIS G3467 – SUS304TF, SUS309TF, SUS310TF, SUS316TF Below is a technical datasheet style product description for JIS G3467 stainless steel seamless pipes of grades SUS304TF, SUS309TF, SUS310TF, SUS316TF, intended for high‐temperature boiler (fired heater) applications. Material These are austenitic high-temperature stainless steel seamless pipes, produced per Japanese Industrial Standard JIS G3467 (Steel Tubes for Fired

JIS G3455 Carbon Steel Seamless Pipe for High-Pressure Service 1. Material Overview JIS G3455 specifies seamless carbon steel pipes designed for high-pressure service at temperatures up to approximately 350 °C. These pipes are manufactured from killed steel using seamless processes, available in hot-finished or cold-finished forms. 2. Specifications Temperature limit: up to ~350 °C. Outer diameter (OD): from ~10.5 mm (nominal 6A / 1/8B) up to ~660 mm, with many sources citing

ASTM A209 T1 T1a T1b Alloy Steel Boiler Tube Seamless Carbon-Molybdenum Alloy-Steel Tube Introduction ASTM A209 specification covers seamless carbon-molybdenum alloy-steel boiler and superheater tubes such as grades T1, T1a, and T1b. These tubes are commonly utilized to withstand high-temperature services, primarily in the energy and petrochemical industries, due to their superior heat-resistant properties and high-temperature strength. Material ASTM A209 T1, T1a, and T1b

GB/T 24591 Seamless Steel Tubes For High Pressure Feedwater Heater High-pressure feedwater heaters are crucial components in power generation plants, enhancing the efficiency of the steam cycle. GB/T 24591 provides the standard for seamless steel tubes used specifically for these applications in China. This article explores the material properties, specifications, key features, chemical composition, mechanical properties, steel grades, application, and possible alternative

GB/T 28413 ERW Steel Pipe Welded Carbon Steel Tube For Heat Exchanger Material GB/T 28413 specifies the requirements for Electric Resistance Welded (ERW) steel pipes, primarily used in heat exchangers. They are made from high-quality carbon steel, which provides excellent thermal conductivity and structural stability, making them ideal for the rigorous demands of heat exchanger applications. Specification Standard: GB/T 28413 Type: ERW Steel Pipe Outer Diameter: Usually

GB/T 24593 Welded Austenitic Stainless Steel Tube For Heat Exchanger Material Specification GB/T 24593 is a Chinese standard that specifies the requirements for welded austenitic stainless steel tubes used in heat exchangers. These tubes are designed to withstand high temperatures and corrosive environments, making them ideal for use in various industrial applications, including chemical processing, power generation, and oil refining. Key Features Corrosion Resistance: The