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ASTM A795 Black and Hot Dipped Zinc-Coated(Galvanized)Welded fire protection pipes (Fire Sprinkler Pipe) Quick detail Standard ASTM A795 Material GrA and GrB OD 1/2"-10” WT 2.77-7.80mm Length 12m max Produce method Welded or Seamless Anticorrosive 1. hot galvanized; 2. powder coating; 3.painting End 1.Grooved; 2. Plain end; 3.screwed & socketed Function Fire and water supply system in building Detail description: ASTM A795 steel pipe(A fire sprinkler pipe )is the component of

BS6323-2 HFW2 Welded Steel Tube: Hot Finished Welded Steel Tubes For General Engineering Purposes Introduction BS6323-2 HFW2 is a standard specification for hot finished welded steel tubes used for general engineering purposes. This article provides an overview of the material, specification, chemical composition, mechanical properties, and applications of BS6323-2 HFW2 welded steel tubes. Material BS6323-2 HFW2 welded steel tubes are made from high-quality carbon and low

ASTM A795 Grade A Welded Steel Tube: Black And Hot-Dipped Zinc-Coated Galvanized Welded Steel Pipe For Fire Protection Use Introduction ASTM A795 Grade A Welded Steel Tube is a type of steel pipe specifically designed for fire protection systems. It is manufactured using a process that involves welding and galvanizing to ensure durability and resistance to corrosion. This article will provide an overview of the material, specification, key features, chemical composition,

Cold Drawn Welded Steel Tube Gas Spring Strut Pipes GB/T 33156 Products Description Quick Detail: Product name GB/T 33156 Welded Cold Drawn Steel Tubes Gas Spring Strut Pipes Steel Grade E155, E195, E235, E275, E355 Size Range OD range:15-200mm WT range: 0.8-16mm Tolerance OD: (+/-0.06mm) WT: (+/-0.03mm) ID surface 0.4μm Straightness ≤0.5mm/1m Roundness ≤0.5mm Regular specifications 23.2X1.6, 42X3, 25.4X0.9, 15x1, 19x1.5, 20x1, 20x1.5 Delivery Condition +C, +LC, +SC, +A, +N

EN 10305 Welded Cold Drawn Tubes For Shock Absorber Coil Spring Products Description Quick Detail: Product name EN 10305 Welded Cold Drawn Tubes For Shock Absorber Coil Spring Steel Grade E155, E195, E235, E275, E355 Size Range OD range:15-200mm WT range: 0.8-16mm Tolerance OD: (+/-0.06mm) WT: (+/-0.03mm) ID surface 0.4μm Straightness ≤0.5mm/1m Roundness ≤0.5mm Regular specifications 23.2X1.6, 42X3, 25.4X0.9, 15x1, 19x1.5, 20x1, 20x1.5 Delivery Condition +C, +LC, +SC, +A, +N

TORICH EN10305-6 E235 E355 Cold Drawn Gas Spring System Pipes Products Description Quick Detail: Product name TORICH EN10305-6 E235 E355 Cold Drawn Gas Spring System Pipes Steel Grade E155, E195, E235, E275, E355 Size Range OD range:15-200mm WT range: 0.8-16mm Tolerance OD: (+/-0.06mm) WT: (+/-0.03mm) ID surface 0.4μm Straightness ≤0.5mm/1m Roundness ≤0.5mm Regular specifications 23.2X1.6, 42X3, 25.4X0.9, 15x1, 19x1.5, 20x1, 20x1.5 Delivery Condition +C, +LC, +SC, +A, +N

TORICH Welded Cold Drawn Steel Tube Shock Absorber Strut Pipes Products Description Quick Detail: Product name TORICH Welded Cold Drawn Steel Tube Shock Absorber Strut Pipes Steel Grade E155, E195, E235, E275, E355 Size Range OD range:15-200mm WT range: 0.8-16mm Tolerance OD: (+/-0.06mm) WT: (+/-0.03mm) ID surface 0.4μm Straightness ≤0.5mm/1m Roundness ≤0.5mm Regular specifications 23.2X1.6, 42X3, 25.4X0.9, 15x1, 19x1.5, 20x1, 20x1.5 Delivery Condition +C, +LC, +SC, +A, +N

JIS G3469 P2S P1H P1F Polyethylene Coated Steel Pipe for Anti-corrosion Service Material JIS G3469 specifies polyethylene coated steel pipes designed for anti-corrosion applications, primarily used in transporting water, gas, and other fluids where corrosion resistance is critical. The pipes are manufactured from carbon steel, and the polyethylene coating provides excellent protection against environmental corrosion. The grades P2S, P1H, and P1F represent different steel

Precision Cold Drawn Cold Sized Tubes Welded Steel Tubes EN10305-3 For Automobile Introduction Precision cold drawn cold sized tubes, also known as welded steel tubes EN10305-3, are widely used in the automobile industry. These tubes are manufactured with utmost precision to meet the demanding requirements of automotive applications. In this article, we will explore the material, specification, chemical composition, mechanical properties, steel grade, and application of these