steel mechanical tubing
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Cold Rolling ASTM A513 Welded Steel Tubes with DOM production
ASTM A513 Electric-Resistance-Welded Carbon and Alloy Steel Mechanical Tubing Size: 10-350mm Applications: for machinery, mechanical enginee 1. Standard: ASTM A513 cold rolling welded precision steel tubes 2. Steel Grade: SAE1010, SAE1020, other materials upon agreement with customers. 3. Production method: Cold rolling on the weled steel tubes, to reach high accuracy on the OD and WT tolerance 4.Size range: O.D.:6-350mm W.T.:1-15mm L:max12000mm 5. Packing: In Hexagonal
Automotive Carbon Steel Welded Pipe Mechanical Steel Tubing ASTM A513
Automotive Carbon Steel Welded Pipe Mechanical Steel Tubing ASTM A513 1. Introduction: Name Welded Carbon Alloy Mechanical Tubing OD 28.6-127mm WT 0.8-2.5mm Standard ASTM A513 Usage Mechanical Tubing Material Mt1010,1020,1015, etc Packing Packing in bundles, wooden cases, woven bags, etc Payment T/T,Western Union,Money Gram Delivery FOB,CIF,CFR,CPT 2. Production process: The tubes shall be made by the electric resistance welded process and shall be made from hot or cold
GOST 14162-79 Capillary Tube Stainless Steel 304 316 Tube For Medical Field
GOST 14162-79 Capillary Tube: Stainless Steel 304/316 Capillary Tube for Medical Field Material The GOST 14162-79 Capillary Tube is made of high-quality stainless steel, specifically Stainless Steel 304 or 316. These stainless steel grades are widely known for their excellent corrosion resistance, durability, and high strength. Specification The capillary tube complies with the specifications stated in GOST 14162-79, which outlines the requirements for stainless steel
ASTM A178 Grade C Superheater ERW Carbon Manganese Precision Steel Tube For Superheater
ASTM A178 Grade A, Grade B, Grade C Superheater Tubes: ERW Carbon-Manganese Precision Steel Tube Superheater tubes are critical components in power plants and industrial boilers, designed to withstand high temperatures and pressures. ASTM A178 is a standard specification for electric-resistance-welded (ERW) carbon-manganese steel tubes, specifically intended for use in boiler and superheater systems. This article delves into the material specifications, key features, chemical
4340 Tubing Chromoly Alloy Steel Seamless Round Tube For High Temperature Service
4340 Chromoly Alloy Steel Seameless Round Tube for High Temperature Service AISI 4340 seamless chromoly tubing is a medium-carbon, low-alloy steel tube engineered for elevated-temperature applications, offering exceptional strength, toughness, fatigue resistance, and wear properties. It is manufactured by cold drawing or hot pilgering processes to tight tolerances, yielding a smooth surface finish and uniform mechanical properties. Typical dimensions range from 10 mm to 200
DOM Steel Pipe ERW Cold Drawn Round Tube for Precision Machinery
DOM Steel Pipe (ERW Cold Drawn Mild Steel Round Tube) for Precision Machinery 1. Material This productcommonly referred to as DOM (Drawn Over Mandrel) tubing is a high-strength, precision round tube manufactured using a combination of electric resistance welding (ERW) and cold drawing over a mandrel. Its typically fabricated from mild carbon steel grades such as SAE 1020, 1026 , and in some cases ST52.3 . 2. Specifications Manufacturing Process : Starts with an ERW "mother
G-Type Embedded Fin Tube with High Thermal Efficiency and Corrosion Resistance for Heat Exchangers
Embedded Fin Tube Carbon Steel G-Type Finned Pipe for Heat Exchangers Material The product is a G-type embedded finned tube , consisting of a carbon steel base tube and mechanically embedded helical fins. The fins can be made from aluminum, copper, stainless steel, or carbon steel , depending on service temperature, corrosion conditions, and thermal conductivity requirements. The embedded structure ensures excellent fin-to-tube bonding and enhanced heat transfer
G Type Fin Tube ASTM Standard Finned Aluminum Tubing with High Thermal Efficiency and Customizable Design for Heat Exchangers
G Type Fin Tube SA179 Stainless Steel Finned Aluminum Tubing For Heat Exchanger Material The G Type Fin Tube consists of a carbon steel base tube (SA179) and aluminum fins that are mechanically embedded into the outer surface of the tube in a G-shaped groove. This design ensures excellent thermal contact between the fin and the tube, enhancing heat transfer efficiency while maintaining mechanical stability. Specifications Base Tube Material: ASTM A179 Seamless Carbon
Corrosion Resistant Welded Longitudinal Finned Tubes with High Temperature Tolerance for Enhanced Heat Transfer in Oil Heat Exchangers
Welded Longitudinal Finned TubesStainless Steel Heat Exchanger Tubes for Oil Material Overview Welded longitudinal finned tubes are advanced heat transfer components consisting of a stainless steel base tube with fins welded axially along its external surface , significantly increasing the effective heat exchange area compared to a smooth tube. This design enhances thermal performance and is especially suited for demanding environments such as oil heat exchange systems,
