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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.

TP321 stainless steel precision tube 1.Product Description Standard ASTM A213,A312,ASTM A269,ASTM A778,ASTM A789 Material 304,304L,309S,310S,316,316Ti,317,317L,321,347,347H,304N,316L Surface Pickling , Polished , Hairline , Mirror OD 10.3 - 1219mm (1/8"- 48") WT 1.24 - 59.54 mm (SCH5S-XXS) Length 4000mm,5800mm,6000mm,12000mm,or as required. 2.Packaging & Delivery Packaging Details: Standard seaworthy export packing or according to the customers' request for TP321 stainless

E215, E235 & E355 Seamless Precision Cold-Drawn Carbon Steel Tubes for Hydraulic Systems Material Overview E215, E235, and E355 are carbon steel grades specified under the EN 10305‑1 (Precision Seamless Cold Drawn Tubes) and extended in EN 10305‑4 (Hydraulic/Pneumatic Systems) standards These steel grades are intended for high-precision, seamless steel tubes commonly used in hydraulic and pneumatic power systems. Chemical Composition Steel Grade C (max) Si (max) Mn (max) P

STKM17C JIS G3445 Carbon Steel Seamless Tube for Automobiles / Mechanical Structure What is this product The grade STKM17C refers to a type of carbon steel seamless (or welded) tube specified under JIS G3445 ("Carbon steel tubes for machine structural purposes"). It is commonly used for machine structure and automotive applications — for example as components in automotive frames, shafts, suspension parts, etc. Specifications Standard : JIS G3445 (latest version, e.g. 2021)

High Precision Black Phosphating Steel Pipes for Hydraulic Systems Quick Detail: Black Phosphated Hydraulic Tubes with High Precision EN10305-1, EN10305-4, DIN2391, E235, E355, ST37.0, ST44.0, ST52.0 Steel Pipes with high precision for Hydraulic Systems Black Phosphating Production process for steel precision tubes: DIN series tubes, cold drawn and bright annealed precision seamless steel tube is used as the tube to be phosphated. The phosphorization is realized with the

DIN2391 Galvanized Steel Tube with High Precision Our major products include: cold drawn and cold rolled steel tube, high pressue fuel injection tube for diesel engine, black phosphated hydraulic tube, gavalnized precision seamless tube Precision Carbon Steel Tube Steel Grade: St35, St37, St52, other steel grade upon agreement. DIN Series cold drawn and cold rolled precision seamless tube. Galvanized precision seamless tube (Silver galvanizing, yellow galvanizing, olive green

Hydraulic Precision Steel Tube ASTM A519 1010 1020 +SRA +N for Mechanical Engineering Hydraulic Oil cylinder Seamless Carbon and Alloy Steel Mechanical Tubing ASTM A519, is produced by cold drawing or cold rolling over mandrel and die, to keep tight tolerance and smooth roughness of both OD and ID, available steel grade will be carbon steel grade SAE1010, SAE1020, SAE1026, available alloy steel grade will be SAE4130, SAE4140 etc O.D.: 50-350mm W.T.: 0.5-35mm L: max12000mm 1.

Cold Rolled ASTM A106 12 m × 24 mm Seamless Hydraulic Tubing This 24 mm seamless carbon steel tube is manufactured by cold drawing or cold rolling to improve dimensional consistency, surface quality, roundness, and straightness. It is available in fixed 12 m lengths and can be supplied in ASTM A106 Grades A, B, or C according to the required strength level. Important specification note: ASTM A106 is primarily a seamless carbon steel pipe standard for high-temperature pressure

Shock Absorber Tube Carbon Steel Cold Drawn Bright Precision Welded Tube For Automotive Material This carbon steel cold-drawn, bright, precision-welded tube is specifically designed for automotive applications, particularly for use as shock absorber cylinders and related structural/hydraulic components. The manufacturing process involves forming a welded pre-tube shell followed by precise cold drawing to achieve tight tolerances, excellent surface finish, and superior