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DIN 28181 P235GH 16Mo3 P215NL X5CrNi18-10 X5CrNiMo17-12-2 Heat Exchanger Tube Welded Steel Tubes For Tubular Heat Exchangers Dimensions, Material, Specification DIN 28181 specifies the requirements for welded steel tubes used in tubular heat exchangers. These tubes are designed to withstand high pressures and temperatures, making them suitable for various industrial applications. The dimensions of these tubes typically conform to international standards, ensuring compatibilit

EN 10305-6 E155 E195 E235 E275 E355 Cold Drawn Welded Tubes Carbon Steel Tube for Hydraulic Power System Material EN 10305-6 specifies the requirements for cold drawn welded tubes made from carbon steel, which are primarily used in hydraulic systems. These tubes are manufactured to provide high precision and excellent mechanical properties, making them suitable for various applications in the hydraulic industry. Specification The standard outlines the dimensions, tolerances,

JIS G3314 SA1D 5 Inch Welded Steel Tubes Aluminized JIS G3314 SA1D 5 inch welded aluminized steel tubes are manufactured from hot-dip aluminum-coated steel strip and formed by ERW/HFW welding for automotive exhaust and heat-shielding tube applications. The 5 inch size equals 127.0 mm outside diameter, and the aluminum-silicon coated surface provides better oxidation resistance and heat reflection than ordinary uncoated carbon steel. In practice, the product is usually

EN10305-2 Welded Steel Tubes with Precision Cold Drawn Steel Tubes for Mechanical / Automotive Application EN10305-2 Welded Precision Cold Drawn Steel Tubes Applications: for Auto industry/for Machinery use/Oil Cylinder Tube/Motorcyle Shock Absorber, inner cylinder/Telescopic Cylinders Quick Detail: Size Range: O.D.:6-350mm W.T.:1-35mm L:max12000mm Steel Grade: E195, E237, E275, E355, Description: ERW+ DOM The tubes are manufactured from electric welded pre-tubes by cold

SAE J525 Welded Cold Drawn Low Carbon Steel Tubing Annealed for Bending and Flaring Applications: for Bending and Flaring to auto parts Quick Detail: Size range: O.D.:6-88.9mm W.T.:1-15mm L: According to customer Order Material: SAE1010, SAE1020, SAE1026 etc. Production: ERW + DOM Description: MechaniCal tubing made from hot or cold-rolled steel. Covers electric-resistance-welded low carbon steel tubing for use as mechanical tubing Advantage: Good concentricity, Better price

Auto Parts ASTM A513 Welded Steel Tubes with DOM production ASTM A513 Electric-Resistance-Welded Carbon and Alloy Steel Mechanical Tubing Applications: for Machinery, Mechanical Engineering 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.

ASTM A513 DOM 1010 1020 1026 Mechanical Electric Resistance Welded Steel Pipe Product Overview ASTM A513 DOM steel tubing is a precision mechanical tubing product made from electric-resistance-welded carbon steel tube and then cold drawn over a mandrel to improve dimensional accuracy, wall uniformity, surface finish, and mechanical strength. For buyers specifying 1010, 1020, or 1026, ASTM A513 Type 5 is the correct specification to request when the application requires closer

BS 1387 Q195 GI SS400 Welded Steel Tube Round Shape Galvanised Steel Tube BS 1387 Q195 / SS400 Welded Round Galvanized Steel Tube BS 1387 welded galvanized steel tube is a circular carbon-steel tube intended for threaded, welded, and general structural service. It is commonly supplied with plain, threaded, or threaded-and-socketed ends and with either a zinc-coated or black surface. For technically accurate procurement, the tube specification and raw-material grade must be

AISI 321 HFW Stainless Steel Welded Tube for High-Temperature Fluid Transport AISI 321 HFW stainless steel welded tube is a titanium-stabilized austenitic stainless steel tube developed for transporting high-temperature gases, steam, condensate, thermal fluids, and corrosive process media. The titanium addition stabilizes carbon and reduces chromium-carbide precipitation after welding or prolonged exposure to approximately 425-815°C, improving resistance to intergranular