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Extruded Fin Tube Steel Aluminum Bimetallic Composite Finned Tube For Oil And Natural Gas Material This product is a bimetallic extruded fin tube composed of a carbon steel or alloy steel core tube combined with an aluminum outer fin layer . The aluminum fins are formed by an extrusion process that permanently bonds the aluminum sleeve to the steel tube, ensuring excellent thermal contact and long-term stability. The steel tube provides pressure resistance and mechanical

Omega Tube SAE 1010 Precision Cold Drawn Special Shaped Seamless Tube For Boilers Material This product is a precision cold-drawn seamless steel tube manufactured in an Ω (omega) / special-shaped profile for boiler and heat-transfer service.It is commonly produced from SAE 1010 low-carbon steel , a grade known for excellent cold-formability, stable weldability, and consistent performance after cold working and stress relief/annealing , making it suitable for precision-profile

1.7734 (15CDV6) Tube — High-Strength Low-Alloy Seamless Steel Tube for Crankshafts Material 1.7734 (15CDV6) is a low-carbon Cr-Mo-V high-strength low-alloy steel widely selected when crankshaft and rotating parts need a strong strength-to-weight balance, high fatigue capability, and reliable toughness. It is commonly referenced in aerospace and motorsport supply chains and is well known for being weldable compared with many other high-strength alloy steels. Specifications

ASTM A334 Grade 6 Carbon Steel Seamless Tubes Material Description ASTM A334 Grade 6 carbon steel seamless tubes are engineered low-temperature service pipes manufactured from medium carbon steel with controlled chemistry and mechanical properties to ensure reliability in sub-zero environments. They are available as seamless and welded tubes designed for pressure, fluid, and structural duties where high toughness and impact resistance at low temperatures are essential.

Stainless Steel Corrugated Heat Exchanger Tubing (Rigid Wave Tube) for Gas Service Material This product is a rigid, heat-exchanger-grade corrugated stainless steel tube (wave tube) manufactured from seamless (or welded, if specified) stainless steel tubing and then formed with spiral/annular corrugations to enhance heat transfer. It is NOT a flexible corrugated hose for piping or movement compensation. Common material options include ASTM A213 TP304/TP304L/TP316/TP316L/TP321

Capillary Stainless Steel Tubing 316 Small Diameter Stainless Steel Pipe for Medical Applications Material This product is a precision capillary stainless steel tubing manufactured from AISI 316 austenitic stainless steel . It is designed for applications requiring extremely small diameters, high dimensional accuracy, and excellent corrosion resistance. Thanks to its molybdenum content, 316 stainless steel offers superior resistance to pitting and crevice corrosion, making it

L-Type Fin Tube – Aluminum L-Foot Tension Wound Finned Tubes for Heat Exchanger Material Overview Aluminum L-foot tension wound finned tubes are bi-metallic or multi-metallic heat transfer elements in which a thin aluminum strip is helically wound around a base tube under controlled tension. An “L”-shaped foot is first formed on one edge of the fin strip; this foot bears directly on the outer surface of the tube and mechanically locks the fin to the tube along its full length

L-Foot Finned Tube (Alloy Steel Spiral-Wound) for Heat Exchangers Material This product is a finned heat-exchanger tube where an alloy steel base (core tube) is wound helically with a fin strip whose foot is shaped into an “L” profile, hence the term “L-foot fin”. The fins are under tension, tightly pressed onto the core tube surface, forming a continuous spiral fin around the outer circumference. Specifications Typical ranges and features: Core tube material: seamless alloy

L Fin Tube Alloy Steel Spiral Wound Seamless Fin Tube for Air Heat Exchanger Material Description This product is a tension-wound L-type spiral fin tube built on seamless Cr–Mo alloy steel boiler/heat-exchanger tube. The base tube is typically supplied in grades such as ASTM A213 T11/T22, EN 10216-2 13CrMo4-5, JIS G3462 STBA22, or GB 5310 12Cr1MoVG, all designed for elevated-temperature, pressure-bearing service in boilers and air-cooled heat exchangers. Aluminum or copper