Non Ferrous Heat Exchanger Und Condenser Tubes 7

NON FERROUSHEAT EXCHANGER & CONDENSER TUBES tpsd. TPS keeps these alloys also in stock for immediate and emergency deliveries. Germany 2 PHONE: (49) 6592 7120 • FAX: (49) 6592 1305 E-MAIL: [email protected] . Beside mill deliveries. TPS head office and warehouse TPS tube mills and bending facilities For inquiries please contact: TPS-Technitube Röhrenwerke GmbH Julius-Saxler-Straße 7 • D-54550 Daun.de WEB-SITE: www.O. Germany P.Heat exchanger and condenser tubes Copper alloys This new catalogue gives you informations about the copper alloy tubes mainly used in heat exchangers and condensers. Please ask for our stock catalogue. BOX 1509 • D-54541 Daun. 050 max. As 0.0 . 0.130 - - - - 85 . 80 .3 max. - - - Mn - 0.010 .3 1.8 . Represents the best option for any heat exchanger which is involved with saline water.230 - - - N/mm² - 120 min.045 0.0 76.0.5 1.02 .06 0.0.2.0.005 max.110 - - - - - 75 max. 0.1 max. Melting Point: 935°C • Hot Working Properties: OK Density (20°C): 8. - - - O61 R390 F39 M annealed (X690) O - R340 F34 TA - - - - - O - - Yield Strength 125 min.02 . - - - Mg - - 0.06 0.045 (annealed) - (Condition TA) - - CONDITION Elongation (%) Hardness Hv5 Grain Size (mm) 0. - - 0.0 76.8 .3 max.5 Pb 0. 0.2. - - - - - - - - - - - - 150 min.010 .010 . - 55 min. 0.0 Al 1. 0. 0. Ni - 0.06 max.0 .2.0265 = Kg/m (all sizes in mm) formula: Minimum Wall: (OD-WT) x WT x 0. N/mm² - 340 min.0 . Rem.180 - - - - - - - - - Tensile Strength 345 min.33 g/cm³ • Cold Working Properties: Very Good Weight Average Wall: (OD-WT) x WT x 0.1 max.0.0 . - - - Fe 0.07 max.06 max.02 . 45 min.0. 150 .06 max.02 . Rem.Aluminium Brass ALLOY 687 ASTM B 111 Standard Grade C68700 EN 12451 CuZn20Al2As (CW702R) DIN 17660/1785 BS 2871 Part 3 CuZn20Al2 CZ 110 NFA 51102 CuZn22Al2 JIS H3300 C6870 Cu 76.07 max.0275 = Kg/m (all sizes in mm) 3 . 0.010 . The addition of arsenic has solved the problem of dezincfication.05 max.07 max. 0. 150 min.0. 390 min.79.0.3 1. Rem. - - - Total Impurities - Others Total Others Total 0.8 .2.1 max.8 .78. 340 min.06 max. 0. 0.02 .035 0. 55 min.0.79.0. 0.1 max.07 max.0.79.06 0. - - 40 min.8 .3 1.10 0.2. 0. Rem.01 max. 0. 390 min. Zn Rem.0 76.0 76. 0. 0.06 P - 0.5 1.79.8 .0 .07 max.010 .79.0 .0 76. - - - - - - - - - - 45 min.1 max. Rem.02 . 120 .050 0.0.2. - - 0. - - 373 min. 0.03 max.07 max.045 Typical use: Most used copper alloy for heat exchanger tubes application.045 0.01 max.07 max. 050 0.07 max.105 - - - - - 75 max. 0.0 .73.Admiralty Brass ALLOY 443 ASTM B 111 Standard Grade C44300 EN 12451 CuZn28Sn1As (CW706R) DIN 17660/1785 BS 2871 Part 3 CuZn28Sn1 CZ 111 NFA 51102 CuZn29Sn1 JIS H3300 C4430 Cu 70. Rem.170 - - - - - - - - - Tensile Strength 310 min.0. 0.07 max.02 .06 max.1 max.9 .050 max.07 max.72.02 . - - - - - - - - - - - - 150 min.5 70. 0. 80 . 140 min. - - - Fe 0.07 max.045 0.045 Typical use: The specific copper alloy for application fresh water.05 max.73.0.0 70. - - - Total Impurities - Others Total Others Total 0. 100 . 320 min.0.0 . - - 0.06 0.0270 = Kg/m (all sizes in mm) formula: Minimum Wall: (OD-WT) x WT x 0. Rem. 0.2 Pb 0.035 0.06 0.0.03 max.9 .53 g/cm³ • Cold Working Properties: Very Good Weight Average Wall: (OD-WT) x WT x 0. 140 .1. 0.3 max. Zn Rem.0 70.0.2 0.07 max. - - - Mn - 0. 0.0 . Often used for heat exchangers which are involved with operations in petroleum refineries and petrochemical plants.010 .045 (annealed) - (Condition TA) - - Condition Elongation (%) Hardness Hv5 Grain Size (mm) 0.1. 0.02 .06 max. Rem. 0.1 max.9 .0.0 .02 .010 .010 . - - 314 min. 0.06 0. 0.0 70.9 .220 - - - N/mm² - 100 min.3 max.0.73.1. 0.3 0.72.1 max. 0. Rem. 360 min.02 .5 70.1.050 0. Melting Point: 935°C • Hot Working Properties: OK Density (20°C): 8.02 . Rem. - - - - - - - - - - 45 min.01 max. - - 0.0. - 55 min. 0.3 1.2 0.120 - - - - 85 . 0. - - - O61 R360 F36 M annealed (X690) O - R320 F32 TA - - - - - O - - Yield Strength 105 min.0.07 max.0 . 0. 0.010 .5 0.0 Sn 0.1 max.1.010 .07 max. Ni - 0.0281 = Kg/m (all sizes in mm) 4 .1.06 0.06 max.06 P - 0.0 .0 .0.9 . 55 min. N/mm² - 320 min.0.73.1 max. - - 30 min. 45 min.01 max. As 0.06 max. 360 min. 0.050 max.02 max. - - - - P - 0.1.5 max.2. 0.0. - Co - 0.0284 = Kg/m (all sizes in mm) formula: Minimum Wall: (OD-WT) x WT x 0.11. - - - - - 8 min.1 max.8 1.050 0. 0.11.1.5 max.05 max.0 9.2.0 9. Rem.0 max.11.11. S - 0.1.1. 0.2 max. - - - - - - - 150 min. - - - - Cu+Ni+Fe+Mn - - - - - 99.0 .045 (annealed) - (Condition O) - - Condition Elongation (%) Hardness Hv5 Grain Size (mm) 0. 0.5 max. 290 min. - - - - C - 0.5 . 0. 0.0 . - - - O61 R290 F29 M annealed (X690) O H55 R310 - O - - - R480 - - - - Yield Strength 105 min.0 .0 9. 220 min.2.0 . stations. - - - - - 480 min.05 Sn+Pb max. - 0.0 0. because of its very good corrosive resistance. 0.05 max.0. mainly for shipbuilding and sea water pipelines.1.0 0.0 . 30 min.0 0.0 .0 .05 max.1 max.05 max. desalination. Melting Point: 1150°C • Hot Working Properties: Good Density (20°C): 8.3 .010 . - - 30 min.010 .5 min.2 .Copper Nickel 90/10 ALLOY 706 ASTM B 111 Standard Grade C70600 EN 12451 CuNi10Fe1Mn (CW352H) DIN 17664/1785 BS 2871 Part 3 CuNi10Fe1Mn CN 102 NFA 51102 CuNi10Fe1Mn JIS H3300 C7060 Cu Rem. Rem.0 9. 0. 0.010 .05 max.1.05 max.02 max.3 max.0295 = Kg/m (all sizes in mm) 5 . Total Impurities - Others Total Others Total 0.02 max.0. 90 .5 max.0 . - 12 min.0.0 1.0 .010 .03 max.0 Fe 1.5 .0 .0 Zn 1.110 - - - - - - - - 0. 0. Ni 9.05 max.11. Rem.03 max.0 1.0 .0 max.045 Typical use: Used for the working in sea water. 90 min.05 max. N/mm² 310 min.100 - - - - 80 .8 1.01 max. 310 min. - - - - - 400 min. - Sn - 0. 70 .0.1.050 0. Pb 0. 0.0 1. 0.5 . 0. - - - 0. - - - - - 30 min.180 - - - N/mm² 240 min. - - - - Tensile Strength 275 min. - - 275 min. 0. Rem. Rem.1.0 10.11.045 0.05 max. 290 min. 0.0 . 0.8 Mn 1.0 0.94 g/cm³ • Cold Working Properties: Good Weight Average Wall: (OD-WT) x WT x 0.010 . 32.1.06 max. 0.0284 = Kg/m (all sizes in mm) formula: Minimum Wall: (OD-WT) x WT x 0. S - 0.01 max.5 max.05 Sn+Pb max. Rem.0 30. - - 30 min. 0.02 max.0.1.045 0.0 0.0 .0 29.5 max. - - - - P - 0.0. - Co - 0.05 max. 0. 0.045 (annealed) - (Condition O) - - Condition Elongation (%) Hardness Hv5 Grain Size (mm) 0.1 max.0.5 0.02 max.5 0.5 0.1. 0. - Sn - 0. 120 .4 .120 - - - - - - - - 0.5 . Melting Point: 1240°C • Hot Working Properties: Good Density (20°C): 8. 0.4 . - - - O61 R370 F37 M annealed (X690) O HR50 R480 - O - - - - - - - - Yield Strength 125 min.Copper Nickel 70/30 ALLOY 715 ASTM B 111 Standard Grade C71500 EN 12451 CuNi30Mn1Fe (CW354H) DIN 17664/1785 BS 2871 Part 3 CuNi30Mn1Fe CN 107 NFA 51102 CuNi30Mn1Fe JIS H3300 C7150 Cu Rem. 0.5 .2 max.21 mm) - - - - - - - - 150 min. 370 min. 370 min.4 .045 Typical use: This alloy has all the characteristics of CuNi 90/10.5 0. 300 min. Rem.0 30. 480 min. 0. 0.0 . 0.0 30.0 29.7 Mn 1. 0.5 max.1. (WT<1. 35 min.1 max. 0.5 min.010 .4 .32.05 max. Rem.5 max.050 0. 0. 0. 0.4 .21 mm) 12 min. 12 min.0 .08 max.0 . Rem.2 .1. (WT>1. - - - - Cu+Ni+Fe+Mn - - - - - 99. Rem.0 max.010 . Also the operating temperature is much higher than of CuNi 90/10. Pb 0. 120 min.0 Zn 1.0 Fe 0.33. - - - - - - - - - - Tensile Strength 360 min.130 - - - - 90 .1. - 0.5 . 0.02 max.5 . 0.0.0.0 0.0 . - - 363 min.0.0 0. 0.0.32.05 max.06 max.32. Ni 29. Total Impurities - Others Total Others Total 0.0 0.4 . - - - - 15 min.06 max.050 max. - - - - - - - - - - - 35 min.1.06 max.0 max. - - 0.1.33.05 max. 90 . N/mm² 495 min.010 .7 0.3 max.0295 = Kg/m (all sizes in mm) 6 .220 - - - N/mm² 345 min.050 0.05 max.1. - - - - C - 0. but also offers excellent corrosion resistance in high velocity sea water.0 .03 max.010 .1 max.94 g/cm³ • Cold Working Properties: Good Weight Average Wall: (OD-WT) x WT x 0.010 . Can assure a long service life and reliability. 0 29.5 max. N/mm² 560 min. Rem.32.32.3 1.Copper Nickel Iron Manganese 66/30/2/2 ALLOY 71640 ASTM B 111 Standard Grade C71640 EN 12451 CuNi30Fe2Mn2 (CW353H) DIN 17664/1785 BS 2871 Part 3 CuNi30Fe2Mn2 CN 108 NFA 51102 CuNi30Fe2Mn2 JIS H3300 C7164 Cu Rem. - Sn - 0.05 max.0 Fe 1. Rem. Melting Point: 1240°C • Hot Working Properties: Good Density (20°C): 8.2.130 - - - - 90 .0 29. - - - - C - 0.5 1.050 0.1 max.02 max.05 max.010 .7 .0 1. Rem. S - 0.1 max. 150 . 30 min.5 .3 Mn 1.06 max.32.3 1.120 - - - - - - - - 0.0 .5 .5 max.7 .0.010 .0 .2.2.0 . This alloy is preferred for desalination plants.5 .0.05 max.0 1.0 . 0.3 max.045 0.5 1. - - 430 min. 150 min. 420 min.5 .7 . - Co - 0.05 max.05 max.2.3 max.02 max.045 Typical use: Has the most resistance against impingement attack and corrosion by suspended solids of all copper based alloys which are used for heat exchanger tube applications.2 max.5 .2.5 .32. - - - - - - - - - - - - 30 min.0 29. Rem.5 1. - - - - - - - - - - - Tensile Strength 435 min.050 0. - - 30 min. 0.5 1.05 Sn+Pb max. - 0.06 max. 0.02 max.0 . 0.0. 90 .2.02 max.5 max.0295 = Kg/m (all sizes in mm) 7 . - - - - O61 R420 F42 M annealed (X690) O HR50 - - O - - - - - - - - Yield Strength 170 min. - - - - P - 0.2. 0. - 0.5 .2.2. 0.050 max.5 .32.0 29.05 max.2.045 (annealed) - (Condition O) - - Condition Elongation (%) Hardness Hv5 Grain Size (mm) 0.0.0 29. 0. Rem.5 min Total Impurities - Others Total 0.5 .010 .0284 = Kg/m (all sizes in mm) formula: Minimum Wall: (OD-WT) x WT x 0.0. - 0.010 .2.0 max.2.5 Zn 1.010 .0 . 0.94 g/cm³ • Cold Working Properties: Good Weight Average Wall: (OD-WT) x WT x 0. - - - - - - - - - - - - - - - 150 min. - - 0.32. Pb 0. 0. - - - - Cu+Ni+Fe+Mn - - - - - 99.5 max. 0. 0.260 - - - N/mm² 400 min. - 0.5 1. 420 min. Ni 29.5 1. TECHNIFIN® • Heat Exchanger & Condenser Tubes ex Stock • Valves of Highest Quality • Tube & Pipe Sizes .de .High Performance Tubing and Casing Coupling Connections • Techniseal® .Exploration & Production Tube Technology • Optiflow® Connections .High Quality tubular products and accessories TPS-Technitube Röhrenwerke GmbH Julius-Saxler-Straße 7 • D-54550 Daun.tpsd.O. Plates and Tubesheets • Pipes. Germany P. BOX 1509 • D-54541 Daun. Germany PHONE: (49) 6592 7120 • FAX: (49) 6592 1305 E-MAIL: [email protected] WEB-SITE: www.Databook • Hydraulic & Instrumentation Tubing • Surfaces of Stainless Steel Tubes • Sheets.Flush Joint . Fittings and Flanges • API Connections • OCTG . 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