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Torich ASTM A179 Seamless Precision Cold Drawn Carbon Steel Tubes Brief introduction: Name ASTM A179 Seamless Precision Cold Drawn Carbon Steel Tubes Standard ASTM A79 Production method Cold drawn Section shape Round OD 5-420mm WT 0.5-50mm Length Max12000mm Application Boilers, supreheaters, heat exchangers, condenser, U bend tubes according to customer request Mechanical properties Tensile strength:325Mpa Elongation: ≥35 % Hardness: ≤72HRB Yield point: 180 Mpa Heat treatment

ASTM A192 Seamless Carbon Steel Boiler Tubes For High-Pressure Service ASTM A192 Seamless Carbon Steel Boiler Tubes For High-Pressure Service Delivery conditionBK,BKW,GBK,NBK,BKSSize OD:25mm-300mm WT:2mm-30mmLength0.5-9m,or according to the clients' requestMateria10#,20#, 45#,25Mn,E355(Q345B, St52),27SiMnStandardGB/T8713,GB/T3639,DIN2391,EN10305,ASTMA519,ASTMA106-2006ID toleranceH8,H9MOQ5MT Packagestandard package or bundle with strips or wooden caseor according to customers'

API, ASTM,DIN standard carbon cylinder steel tube Commodity Specifications: 1.Commodity name:st52 mechanical properties precision cylinder steel pipes 2.Standard:GB/T8713,GB/T3639,DIN2391,EN10305,ASTMA519,ASTMA106-2006 3.Grade: 10#(St37/St37.2/St35.8),20#(aisi1020,ck20,St42-2/St45-8/St45-4), 45#(aisi1045,ck45,ASTM A1045),st52(16Mn,Q345D),25Mn(stkm13c-t),27SiMn 4.OD:30-250mm; 5.ID tolerance:H8,H9,H10 6. Wall thickness:10%×ID 7.Surface roughness:Ra 0.02--0.4μm 8. Delivery

GB/T8162 Q235 Seamless Carbon Steel Tube for Mechanical Structure carbon steel tube Name carbon steel tube Techique Cold Drawn Standard GB/T8162,GB/T8163,GB/T3094, ASTM A 500, ASTM A 501, ASTM A 519, JIS G3441, JIS G3444, ASTM A 53, DIN1629 and otherwise Material Carbon Steel of 20#, Q235,35#,45# ,16Mn, A53 GR.B,A106 Gr.B, ST45, CK45 Alloy steel of 20Cr, 40Cr, 20CrMnTi, 20CrMo, 42CrMo,40MnMoV, Material Origin China Specification O.D:6-102mm WT: 0.6-19mm Length random lenth or

GB/T8162 Q235 Structural Seamless Steel Tubes Thick Wall Tube For Heat Exchanger Structural seamless steel tubes are widely used in various industrial applications due to their strength, durability, and versatility. GB/T8162 Q235 Structural Seamless Steel Tubes are thick-walled tubes designed for use in heat exchangers. This article will provide an overview of the material, specification, chemical composition, mechanical properties, steel grade, and application of GB/T8162

Tube Boiler ASTM A178 Heat Exchanger Tubes Material: Carbon steel and carbon manganese steel Production: Electric Resistance Welding Size range: O.D.: 12.7-127mm W.T.:0.9-9.1mm L: according to customer requirement Applications: For Boilers, Superheaters, Heat-Exchangers, Condensers, Boiler flues, Superheater flues and e ends Heat treatment: After welding, all tubes are heat treated at a temperature of 1650℉ (900℃) or higher and followed by cooling in air or in the cooling

ASTM A179 Cold Drawn Heat Exchanger Tubes Advantages of tubular heat exchanger: fast heat exchange, high temperature resistance (400 ℃) and high pressure resistance (2.5MPa). Compact structure, small floor area, light weight, convenient installation and saving civil engineering investment. It has flexible design, complete specifications, strong practicability and pertinence, and saves money. Wide application conditions, suitable for large pressure, temperature range and heat

ASTM A179 3/4' 14BWG Heat Exchanger Tube Standard ASTM A179 Matrial 10# 20# etc Carbon Steel Size OD: 12.7-177.8mm WT: 1-25.4mm Length: according to customer requirement Application For Boilers,Superheaters, Heat-Exchangers, High-pressure Boilers Production Tubes are manufactured by seamless process and both hot finished and cold finished are applicable Heat treatment Hot finished tubes need not be heat treated. Cold Finished tubes are heat treated after the final cold

ASTM A179 19.05x2.11 Heat Exchanger Tube Standard ASTM A179 Matrial 10# 20# etc Carbon Steel Size OD: 12.7-177.8mm WT: 1-25.4mm Length: according to customer requirement Application For Boilers,Superheaters, Heat-Exchangers, High-pressure Boilers Production Tubes are manufactured by seamless process and both hot finished and cold finished are applicable Heat treatment Hot finished tubes need not be heat treated. Cold Finished tubes are heat treated after the final cold