Heat Exchanger Tubes

ASTM A197 A192 A213 T11 SEAMLESS OMEGA TUBE BOILER TUBE Product information WT: 0.5-50mm OD: 5-420mm Length: 1-12000mm,depends on customer's requirement. Material: SAE1010 , SAE1020 , SAE1035 , SAE1045 , ST37.0 , ST44 , ST52 , E235 , E355 Standard: BS, JIS, GB, DIN, ASTM, API Shape: Omega Application: Lighting,furniture,medical equipment Technique: Cold drawn seamless Packaging: In bundles; or according to customer's requirements MOQ: 5 MT Terms of Delivery : FOB Shanghai

19.05*1.65 Seamless Copper Alloy Tube Heat Exchanger Tube Standard: GB/T1527-2006,JIS H3300-2006,ASTM B75M,ASTMB42,ASTMB111, ASTMB395,ASTM B587,etc Material: Brass:C21000,C22000,C22600,C23000,C24000,C26000,C26130,C26800,C27000, C27200,C27400,C2800,H59,H62,H70,H65,H80,H90,CuZn30,CuZn37,CuZn35, CuZn40,etc Leaded brass:C31400,C31600,C32000,C33000,C33200,C33500,C34000,C34200, C34500,C35000,C35300,C35600,C36000,C36500,C37000,C37700,C38000, C38500,etc Tin brass:C40500,C40800,C41100

19.05*1.65 Copper Alloy Tube Heat Exchanger Tube Standard: GB/T1527-2006,JIS H3300-2006,ASTM B75M,ASTMB42,ASTMB111, ASTMB395,ASTM B587,etc Material: Brass:C21000,C22000,C22600,C23000,C24000,C26000,C26130,C26800,C27000, C27200,C27400,C2800,H59,H62,H70,H65,H80,H90,CuZn30,CuZn37,CuZn35, CuZn40,etc Leaded brass:C31400,C31600,C32000,C33000,C33200,C33500,C34000,C34200, C34500,C35000,C35300,C35600,C36000,C36500,C37000,C37700,C38000, C38500,etc Tin brass:C40500,C40800,C41100,C42200

C71500 Copper Alloy Tube Heat Exchanger Tube Standard: GB/T1527-2006,JIS H3300-2006,ASTM B75M,ASTMB42,ASTMB111, ASTMB395,ASTM B587,etc Material: Brass:C21000,C22000,C22600,C23000,C24000,C26000,C26130,C26800,C27000, C27200,C27400,C2800,H59,H62,H70,H65,H80,H90,CuZn30,CuZn37,CuZn35, CuZn40,etc Leaded brass:C31400,C31600,C32000,C33000,C33200,C33500,C34000,C34200, C34500,C35000,C35300,C35600,C36000,C36500,C37000,C37700,C38000, C38500,etc Tin brass:C40500,C40800,C41100,C42200

Copper Alloy Tube Heat Exchanger Tube Standard: GB/T1527-2006,JIS H3300-2006,ASTM B75M,ASTMB42,ASTMB111, ASTMB395,ASTM B587,etc Material: Brass:C21000,C22000,C22600,C23000,C24000,C26000,C26130,C26800,C27000, C27200,C27400,C2800,H59,H62,H70,H65,H80,H90,CuZn30,CuZn37,CuZn35, CuZn40,etc Leaded brass:C31400,C31600,C32000,C33000,C33200,C33500,C34000,C34200, C34500,C35000,C35300,C35600,C36000,C36500,C37000,C37700,C38000, C38500,etc Tin brass:C40500,C40800,C41100,C42200,C44400

Torich C71500 C71640 Copper Condenser C70600S eamless Steel Tube 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

C12200 Inner Grooved Copper Tube 1) Standard Complied: ASTM B-68, GB/T 20928 2) Grade: C12200 3) Temper: soft drawn or light soft drawn 4) Unit Weight: 34kg -270 kg 5) Outside diameter: 5.0mm - 16.00mm 6) Inner diameter: 4.3mm - 14.22mm 7) Bottom wall thickness: 0.20mm - 0.75mm 8) Total wall thickness: 0.35mm - 0.83mm 9) Fin Groove Depth: 0.15mm - 0.33mm O.D inch(mm) BWT inch(mm) Number of fins FIN HEIGHT (mm) Helix Angle Weight (kg/m) (7.0) 0.330 60 0.203 12 0.0781 5/16 (7

GB/T19447 Seamless Copper and Copper Alloy Steel Low Fin Enhanced Evaparation Tube Quick Detail: The low-finned tube is produced by rolling (three-roll diagonal rolling), and its working principle is as follows: a mandrel is lined with the smooth tube, the tube material moves in a spiral straight line under the drive of the roller blade, and finnings are gradually processed on its outer surface through the pass formed by the rolling groove and mandrel. In order to more

ASTM B280 C12200 Seamless Copper Tube for conditioning This specification covers the requirements for seamless UNS C10200, C12000, or C12200 copper alloy tubes used for connection, repairs, or alternations of field air conditioning or refrigeration units. Materials in the form of billets, bars, or tubes should be used to produce a homogeneous uniform wrought structure by either hot or cold working. Each tube should be cold drawn to the finished size and wall thickness. Coiled