Alloy Steel Pipe

ASTM B165 Nickel-Copper Alloy UNS N04400 Seamless Pipe and Tube This specification covers nickel-copper alloy UNS N04400 in the form of cold-worked seamless pipe and tube. The material shall conform to the composition limits specified. Tension test, hydrostatic test, nondestructive electric test, and rounding method shall be done in accordance to the specified requirements. Chemical Requirements Element Composition Limit % Product(check)Analysis Variations ,under min or over

Chromoly 4130 Steel Tube Alloy Steel Pipe Size range O.D.:6-350mm W.T.:1-12.5mm L:max12000mm Grade 1010, 1020, 1026,4130 Production ERW + DOM Packing In Hexagonal Bundles, with anti corrosion oil protection, with seaworthy packing Deliver condition 1. A.W.H.R. "as welded" from hot-rolled steel 2. A.W.C.R. "as welded" from cold-rolled steel 3. S.D.C.R. "sink-drawn", cold-rolled steel 4. M.D. mandrel drawn 5. S.S.I.D. special smooth inside diameter Please specify the

ASTM A213 grade T5 Alloy Steel Tube for Heat exchangers Products Description: Alloy steel tube Application: For boiler pipes and heat exchangers Steel Grade/Steel Material: T5 Size Range: OD 5-420mm WT 0.5-50mm Length According to customer requirement Characteristic: Good concentricity Good OD and ID tolerance High Precision Stable quality Smooth Roughness TORICH QUALITY ASSURANCE Chemical Composition: Grade UNS C, % Mn, % P, % S, % Si, % Cr, % Mo, % T5 K41545 0.15 max 0.30-0

ASTM A213 grade T5 Alloy Steel Tube for Heat exchangers Products Description: Alloy steel tube Application: For boiler pipes and heat exchangers Steel Grade/Steel Material: T5 Size Range: OD 5-420mm WT 0.5-50mm Length According to customer requirement Characteristic: Good concentricity Good OD and ID tolerance High Precision Stable quality Smooth Roughness TORICH QUALITY ASSURANCE Chemical Composition: Grade UNS C, % Mn, % P, % S, % Si, % Cr, % Mo, % T5 K41545 0.15 max 0.30-0

ASTM B359 Copper Seamless C10100 C10200 C12000 Condenser Steel Tube Standard Specificition for copper and copper -alloy seamless condenser and heat exchanger tubes with integral fins Referenced Documents B153 Test Method for Expansion of copper and copper-alloy pipe and tubing B154 Test Method for Mercurous Nitrate test for copper alloys B170 Specification for Oxygen ferr electrolytic copper rrefinery shapes B224 Classification of coppers B601 Classification for temper

Torich GB/T8890 Seamless copper alloy tube for condenser Standard specificition for seamless copper alloy tube for condenser and heat exchanger Standard:GB/T19447/ ASTM B359/ ASME SB 359 Material:BFe10-1-1 , BFe10-1.4-1, BFe30-0.7, BFe30-1-1, HAl77-2, HSn72-1, HSn70-1,etc OD:12-25.4mm WT:1-1.5mm Packing: Wooden case, oil protection, woven bags Referenced standard: GB/T228.1-2010 GB/T241 GB/T242 GB/T246 GB/T5248 GB/T8888 OD:5-420mm WT:0.5-50mm Length:Max12000mmm Application:

Torich C71500 Enhanced Condenser ASTM B111 Seamless Steel Pipe Standard Specification for Copper and Copper -Alloy Seamless Condenser Tubes and Ferrule Stock Referenced Standards: B153 Test method for expansion of copper and copper alloy pipe and tubing B154 Test method for mercurous nitrate test for copper alloys B170 Specification for oxygen-free electrolytic copper refinery shapes B224 Classification of coppers B846 Terminology for copper and copper alloys B856 Test method

TORICH ASTM B111 C71500 Copper Nickel Alloy Steel Enhanced Evaparation U Tube This specification establishes the requirements for seamless tube and ferrule stock of copper and various copper alloys up to 3-1/8" in (80mm) inclusive, in diameter, for use in surface condenser, evaporators, and heat exchangers. The following coppers and copper alloys are apecified. Type: Copper Alloy Steel U Tube Application: For Enhanced Evaparation, Heat Exchanger, Boiler, and Condenser

EN 10224 L235 L275 L355A Non-Alloy Steel Tubes ERW Galvanized Alloy Steel Pipe for Liquid Transport Introduction EN 10224 is a European standard that specifies the requirements for non-alloy steel tubes, particularly for use in liquid transport. These tubes are produced using the Electric Resistance Welding (ERW) method and are often galvanized to enhance their corrosion resistance. This article will delve into the material specifications, key features, chemical composition,