Low Fin Tube

Low Fin Tube , ASTM B111 C12200 , Copper Alloy Fin Tube Grade C12200, also known as DHP (Deoxidized High Phosphorus) Copper, is a widely used copper alloy in various industrial applications. It is characterized by its excellent thermal and electrical conductivity, corrosion resistance(1.Excellent resistance to atmospheric corrosion. 2.Good resistance to fresh water and certain types of industrial water, but less resistant to seawater.) and workability(Excellent formability,

ASTM B111 C12200 Low Fin Tube For Heat Exchanger , Condenser, Tube Bundle​ ASTM B111 C12200 Low Fin Tube is a copper alloy tube with low fins that increase the surface area for enhanced heat transfer. Made from phosphorus-deoxidized copper, this tube offers excellent thermal and electrical conductivity. Low Fin Design increases surface area without significantly adding to the volume, improving heat transfer efficiency. It has good resistance to various environments, including

Low Fin Tube ASME SB111 C70600 Copper Nickel Alloy Base Tube Low fin tubes are a type of heat exchanger tube that feature relatively short, integral fins on the outer surface of the tube. These fins are typically formed directly from the tube material and provide an increased surface area for heat transfer while maintaining good structural integrity. Low fin tubes are used in a variety of applications where enhanced heat transfer is needed without significantly increasing the

Low Fin Tube ASTM A179 Heat Exchanger Low fin tubes with a base tube made of ASTM A179 are highly efficient and durable components for heat exchangers, condensers, and evaporators. Their enhanced heat transfer properties, combined with the durability and integrity of ASTM A179 low-carbon steel, make them ideal for various industrial applications. These low fin tubes provide a compact, cost-effective, and reliable solution for improving heat transfer efficiency in demanding

Carbon Steel Low Fin Tube , ASME SA179 , Heat Exchanger Application Low Fin (Integral) tubing is a type of extruded tubing that consists of short low fins. It has the advantage of adding surface area to a smooth tube while maintaining the same outside diameter. Low Fin Enhanced tubes can be used in standard shell and tube baffles and tube sheets. This method of construction is very different from cutting grooves onto the tube as is often done by people who are on the lookout

Low Fin Tube ASME SA210 GR A1 Heat Exchanger Application Low fin tubes manufactured from ASME SA210 Grade A1 offer an optimal solution for high-efficiency heat exchangers, combining superior mechanical strength with enhanced heat transfer capabilities. These tubes are particularly well-suited for applications requiring robust performance in demanding thermal environments. Material Characteristics of ASME SA210 Grade A1: This specification covers seamless medium-carbon steel

Low Fin Tube ASTM B111 C71500 Copper Nickel Alloy Base Tube Low fin tubes fabricated from ASTM B111 C71500 (Copper Nickel Alloy 70/30) are exceptionally well-suited for high-performance heat exchangers, particularly in marine, desalination, and power plant applications. The combination of enhanced heat transfer efficiency and remarkable resistance to corrosion makes these tubes a preferred choice in demanding environments. Material Characteristics of ASTM B111 C71500: This

Copper Nickel Alloy Low Fin Tube , ASTM B111 C71640 , Cu70Ni30 ASTM B111 C71640 (Cu70Ni30) Copper Nickel Alloy offer a unique combination of enhanced heat transfer efficiency and superior resistance to corrosion. These tubes are specifically designed for use in harsh marine and industrial environments, providing reliable performance and longevity. Whether in marine, desalination, power generation, or chemical processing applications, these low fin tubes deliver a compact,

ASTM A334 Gr.1 low-finned tubes provide significant advantages in natural gas industry applications, combining material standards with optimal performance for low-temperature operations. Manufactured to ASTM A334 specifications, this material is designed for service down to -45°C, making it ideal for critical processes including natural gas liquefaction pre-cooling, BOG (Boil-Off Gas) treatment systems, and LNG storage tank insulation circulation. The standard requires the

ASTM A179/ ASME SA179 Carbon Steel Low Fin Tubes For Heat Exchanger Product Overview : The ASTM A179 / ASME SA179 Carbon Steel Low Fin Tube is a highly efficient solution for heat transfer applications . These tubes are made from low-carbon steel (ASTM A179) and feature low-profile, closely spaced fins designed to increase the surface area for heat transfer without occupying excessive space. The low fin tube design significantly enhances the thermal performance of heat

ASTM B111 C70600 Low-Finned Tubes for Seawater Condensers Product Overview ASTM B111 C70600 Low-Finned Tubes for Seawater Condensers are engineered to improve heat transfer efficiency in shell-and-tube heat exchangers operating with seawater and other chloride-containing cooling media. Manufactured from 90/10 Copper-Nickel (Cu-Ni 90/10) alloy in accordance with ASTM B111, these tubes combine the corrosion resistance of copper-nickel with the enhanced external surface area

ASTM A179 Carbon Steel Low Fin Tube, High Efficiency Engergy Saving Tube, For Boiler Key Features : Base Tube Material : ASTM A179 Carbon Steel , providing excellent thermal conductivity, durability, and strength. Fin Type : Low-Fin Design , enhancing the heat transfer surface while maintaining compact dimensions for improved energy efficiency. Application : Tailored for boilers , increasing heat transfer rates and reducing energy consumption. A179 Material : ASTM A179

ASTM A334 Gr6 Seamless Carbon Alloy Steel Low Fin Tubes For Low Temperature Service ASTM A334 This specification covers several grades of minimum-wall-thickness, seamless and welded, carbon and alloy-steel tubes intended for use at low temperatures. Some product sizes may not be available under this specification because heavier wall thicknesses have an adverse affect on low-temperature impact properties. The advantages of ASTM A334 Grade 6 Tubes in low-temperature service are

Carbon Steel Low Fin Tube Low fin tubes (also called integral fin tubes) are used in heat exchangers, boilers, and condensers to enhance heat transfer efficiency. Their strength depends on material properties, fin geometry, and manufacturing processes. Below is a detailed breakdown of carbon steel low fin tube strength. 1. Material Strength of Carbon Steel Carbon steel low fin tubes are typically made from ASTM A179, A192, or A210 grades. Their mechanical properties include:

Integral Low Fin Tube - ASTM A334 Gr.1 Low Temperature Carbon Steel for Enhanced Heat Transfer Description: Integral low fin tubes are manufactured by cold forming the outer surface of a seamless tube to raise low fins directly from the base metal. Since the fins are integral with the tube wall, there is no contact resistance, ensuring excellent thermal efficiency and mechanical strength. ASTM A334 Grade 1 low-temperature carbon steel tubes are designed for enhanced heat

Low Finned Tube, ASTM A179 Carbon Steel, for Heat Exchanger in Refinary Industry What is Low Finned Tube? A low finned tube is a type of heat exchanger tube that has external finning. The fins increase the surface area of the tube, allowing for increased heat transfer between the tube and the surrounding fluid or gas. The fins on a low finned tube are smaller and closer together than on regular finned tubes, which results in a greater heat transfer coefficient. The low finned

High-Efficiency ASTM A179 Integral Low Fin Tube for Heat Exchangers 1. Detailed Introduction of ASTM A179 Low Fin Tube The ASTM A179 Low Fin Tube is a highly efficient heat transfer component specifically designed for shell and tube heat exchangers, condensers, and chillers. By utilizing high-quality ASTM A179 cold-drawn seamless carbon steel as the base material, these tubes undergo a precise cold-rolling process to form continuous fins on the outer surface. Compared to bare

ASME SB111 C68700 Aluminum Brass Condensers Low Fin Tubes / Integral Fin Tubes Seamless copper alloy heat transfer tubes manufactured in accordance with ASME SB111 (ASTM B111), made from UNS C68700 aluminum brass, with integrally formed low fins on the outer surface.They are mainly used in condensers and heat exchangers to improve heat transfer efficiency while providing excellent resistance to seawater corrosion and dezincification. Design Features Fins:The fins are

ASTM A333 Gr.6 Carbon Steel Low Finned Tube For Low-Temperature Environments An ASTM A333 GR.6 Low Finned Tube is a specialized carbon steel tube designed for heat transfer in low-temperature environments. Its key feature is an external surface with integral, machined fins that dramatically increase its surface area, making heat exchange much more efficient than a plain (smooth) tube. The "Low Temperature" grade ensures it remains tough and resistant to brittle fracture even

ASTM B111 C70600-O61 Copper Nickel Low Finned Tube , for Heat Exchanger The ASTM B111 C70600-O61 Copper Nickel Low Finned Tube is a specialized heat exchanger tube made from a 90/10 copper-nickel alloy (90% copper and 10% nickel). This material is widely recognized for its excellent resistance to corrosion, particularly in marine and seawater environments, as well as its superior thermal and mechanical properties. Key Features: 1. Material Composition (C70600): · Copper: 88.7