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For more information call (800) 926-2600 21 Content4314Introduction to Aluminum5Aluminum Wrought Alloys5 Non-Heat Treatable6 Heat Treatable7Chemical Compositions8Typical Physical Properties9Typical Mechanical Properties9 Non-Heat Treatable10 Heat Treatable11 Comparative Characteristics11 Non-Heat Treatable12 Heat Treatable313436134213171927282930New! in this edition of theAluminum Stock Guide, CBS PartNumbers make ordering easierthan ever.IntroductionLong ProductsRound BarSquare BarRectangular BarHexagon BarI BeamAngleChannelNote: The data contained within this brochure has been compiled and developedfrom many sources. While every effort has been made to cross-check and verify thisinformation, thyssenkrupp Materials NA, Inc., does not guarantee its accuracy. Thisdata is not to be used for design or specification purposes.Copyright 2017 thyssenkrupp Materials NA, Inc.Round TubeSquare TubeRound Pipe36364245464849Tube & PipeSheet & CoilSheet & CoilPlatePlateCast Tooling PlateMold MaterialsAdvanced Aluminum Alloy Mold ProductsComparative Characteristics of Aluminum Plate
For more information call (800) 926-2600 43 a·lu·mi·num1.Chem. a silver-white metallicelement, light in weight, ductile,malleable, and not readily corrodedor tarnished.Aluminum is widely acknowledged as one of the most versatilematerials available today. Due mainly to a unique combination ofcharacteristics, there is an aluminum alloy to fit almost anyapplication imaginable.One of aluminum’s most appealing properties is a high resistance tocorrosion due to the natural oxide film that forms when it is exposedto air. Some aluminum alloys are stronger than structural steel, yetall the alloys are light in weight.Aluminum is nontoxic, which allows it to have direct contact with foodproducts without harmful effects on the body. Because of thischaracteristic, it is widely used to make cooking utensils, and is veryprevalent in equipment for food processing industries.Aluminum is one of two common metals having an electricalconductivity high enough for use as electrical conductors. Highthermal conductivity is another feature that promotes widespreaduse in cooking utensils and heat exchangers. Another veryimportant asset of aluminum is the ease with which it can befabricated, machined, and joined by almost any method.While for the majority of applications aluminum needs no protectivecoating, it accepts a wide assortment of surface finishes and is anexcellent base for producing painted sheet.Complete stocks of aluminumand other nonferrous metalsare as close as your phonewhen you call Copper andBrass Sales.This brochure includes data on both wrought alloy and castproducts. An aluminum product is considered wrought if it hasbeen subjected to mechanical working by rolling, extruding, forging,or other such processes. Wrought alloys are designated as eitherheat treatable or non-heat treatable.
For more information call (800) 926-2600 65 Aluminum Wrought AlloysNon-Heat Treatable AlloysHeat Treatable AlloysThe initial strength of the non-heat treatable group of alloys depends upon the hardening effects of elements such as manganese,magnesium, silicon, and iron, used singly or in combination. These alloys can be further strengthened only by cold working. Typical uses andcharacteristics of these alloys are summarized in the following table:The initial strength of the heat treatable group of alloys is heightened by the addition of elements such as copper, zinc, silicon, andmagnesium, used singly or in combination. These alloys may be further strengthened by a suitable thermal treatment. Typical uses andcharacteristics of these alloys are summarized in the following Uses1100Excellent corrosion resistance, high thermal and electricalconductivity, excellent workability, readily welded andbrazedChemical equipment, spun hollow ware, decorative parts andtrim, sheet metal work, cooking utensils, heat exchanger fins2011Good machinability, good mechanical properties, excellent freecutting propertiesScrew machine products, tube fittings, pipestems, atomizer and hose parts20171350Developed especially for electrical conductor useElectrical conductors, coil windings, power transmission systemsStronger than 2011, fair workability and corrosion resistance, goodmachinabilityScrew machine products, rivets, fasteners,aircraft components3003General purpose, moderate strength, good workabilityand weldability, high resistance to corrosionCooking utensils, refrigerator panels, chemical equipment,general sheet metal work, eyelet stock, gasoline tanks, heatexchangers, storage tanks2024High strength, formability and workability is fair, may be spotweldedAircraft parts, truck wheels, scientificinstruments, veterinary and orthopedic bracesand equipment5005Moderate to high strength, good welding properties, goodcorrosion resistance, forms easily, excellent for anodizingsince it exhibits less tendency to structural streakingAppliances, insulation jacketing, cooking utensils, chemicalequipment, small boats2024 ALCLADCladding provides superior corrosion resistance, good appearanceAircraft frames and skins, washers, truck bodies,railroad car roofs and sides6013This alloy features B-rated machinability along with improvedtensile propertiesApplications that require improved machinabilityover 6061 alloys5052Excellent resistance to salt water corrosion, goodweldability and workability, higher strength than 1100or 3003 alloys, good finishing characteristicsHome appliances, chemical drums, truck and bus bodies, smallboats, sheet metal parts, kitchen cabinets, fencing, fan blades,tank cars and trailers6020A lead free alloy with A-rated machinability. High mechanicalproperties, excellent anodizing response, excellent corrosionresistance, good brazability and weldabilityScrew machine parts5086Good forming properties, excellent corrosion resistancein marine environments, excellent weldability, strongerthan 5052Shipyard plate, tanks, unfired welded pressure vessels, autoaircraft cryogenics, drilling rigs6061One of the most versatile of heat-treatable alloys, good formabilityand high resistance to corrosion, medium strength relative to 2000or 7000 alloysTruck and bus bodies, sailboats, canoes,transmission towers, chemical equipment, paperand textile rolls6063High corrosion resistance, medium strength, good natural finishIrrigation pipe, store fronts, architectural trim,pipe railing, furniture6101Excellent electrical and thermal conductivity, used for electricalconductorsHigh strength bus conductors6262Excellent machinability, good resistance to corrosion, readilywelded, good finishing characteristicsScrew machine products, camera parts, fittings,nuts, couplings7050This alloy retains its strength in thicker sections while maintaininggood corrosion resistance and toughnessAircraft applications including fuselage framesand bulkheads7075One of the strongest and hardest alloys available, good machinability, fair corrosion resistance, excellent finishing characteristicsAircraft, ordnance, keys, small gears7075 ALCLADProvides strength of 7075 with superior corrosion resistance fromcladdingAerospace applications requiring maximumcorrosion resistance, skisTemper Designations for the Non-Heat Treatable AlloysTemper designations for non-heat treatable alloys are indicated bysuffixes to the alloy number as follows:FOHAs fabricatedAnnealedStrain hardenedThe letter “H” is always followed by 2 or 3 digits. The first digitindicates the particular method used to obtain the temper, as follows:H1H2H2Strain hardened onlyStrain hardened, then partially annealedStrain hardened, then stabilizedThe temper is indicated by the second digit. For instance:HX2HX4HX6HX8HX91/4 hard1/2 hard3/4 hardfull hardextra hardThe third digit, when used, indicates a variation of a two-digit temper.It is used when the degree of control of temper or the mechanicalproperties or both differ from, but are close to, that (or those) for thetwo-digit H temper designation to which it is added, or when someother characteristic is significantly affected. NOTE: The minimumultimate tensile strength of a three-digit H temper must be at leastas close to that of the corresponding two-digit H temper as it is tothe adjacent two-digit H tempers. Products in the H temper whosemechanical properties are below H 1 shall be variations of H 1.Temper Designations for the Heat Treatable AlloysThese alloys can be heat treated to produce stable tempers otherthan F, O, or H and are designated as follows:T3Solution heat treated, then cold workedT351 Solution heat treated, naturally aged, stretcher stress relievedT4Solution heat treated and naturally aged to a substantiallystable conditionT6Solution heat treated, then artificially agedT42T62Solution heat treated from the O or F temper to demonstrateresponse to heat treatment, and naturally aged to asubstantially stable conditionSolution heat treated from the O or F temper to demonstrateresponse to heat treatment, and artificially agedT651,T751 Stress relieved by stretchingT9Solution heat treated, artificially aged, and then cold worked
For more information call (800) 926-2600 87 Chemical CompositionsTypical Physical PropertiesThis table contains the chemical composition limits of wrought aluminum alloys in percent by weight maximum unless shown as a range orminimum. Except for “aluminum” and “others, ” analysis normally is made for elements for which specific limits are shown. For purposes ofdetermining conformance to these limits, an observed value or a calculated value obtained from analysis is rounded off to the nearest unit inthe last right-hand place of figures used in expressing the specified limit, in accordance with ASTM Recommended Practice E29.The following typical properties are not guaranteed since in most cases they are averages for various sizes, product forms, and methods ofmanufacture and may not be exactly representative of any particular product or size. These data are intended only as a basis for comparingalloys and tempers and should not be specified as engineering requirements or used for design mMin.(4)11000.95 Si Fe–0.05 – 0 – 6.0–––0.30–0.050.15Remainder20140.50 – 1.20.73.9 – 5.00.40 – 1.20.20 – 0.80.100.250.15(6)0.050.150.20 – 0.80.73.5 – 4.50.40 – 1.00.40 – 0.80.100.250.150.050.15Remainder20240.500.503.8 – 4.90.30 – 0.91.2 – 1.80.100.250.150.050.15Remainder30030.60.70.05 – 0.201.0 – 200.50 – 02.2 – 2.80.15 – 0.350.10–0.050.1550830.400.40.100.4 – 1.04.0 – 4.90.05 –0.250.250.150.0550860.400.500.100.20 – 0.73.5 – 4.50.05 – 0.25.0250.1560130.6 – 1.00.500.6 – 1.10.20 – 0.800.8 – 1.20.100.2560200.4 – 0.90.500.3 – 0.90.350.6 – 1.20.1560610.40 – 0.80.70.15 – 0.400.150.8 – 1.20.04 – 0.35Equal WeightNon-Heat 1190 – 12101170 – 1210All1165217220Remainder5052.09713.21125 – 1200All8035116300.15Remainder5083.09613.21095 – 11800812998360.050.15Remainder5086.09613.21085 – 15RemainderHeat Treatable0.250.150.050.15Remainder201112.71005 – 1T689401272601125015921T476341083101125016021T3, T4, T36170309635T6, T81, T861883812227T651950.100.45 – 0.90.100.100.100.30 – 0.70.500.100.030.35 – 0.80.030.10–0.0362620.40 – 0.80.70.15 – 0.400.150.8 – 1.20.04 – 0.140.250.150.05(10)70500.120.152.0 – 2.60.101.9 – 2.60.045.7 – 6.70.060.05(12)70750.400.501.2 – 2.00.302.1 – 2.90.18 – 0.285.1 – 5)(6)(7)(8)(9)(10)(11)(12)1190 – 1215Equal Volume13.20.10Notes:(1) Includes listed elements for which no specific limit is shown.(2) A .0008 weight percent maximum beryllium is applicable to any alloy to be used aswelding electrode or welding rod.(3) The sum of those “others” metallic elements 0.010 percent or more each,expressed to the second decimal before determining the sum.(4) The aluminum content for unalloyed aluminum not made by a refining process isthe difference between 100.00 percent and the sum of all other metallic elementspresent in amounts of 0.010 percent or more each, expressed to the seconddecimal before determining the sum.13.1Temper.0980.356101Melting RangeApproximate FElectricalResistivityat 68 F OhmsCir Mil/Ft50050.20 – 0.6(8)Density Lb/In3Electrical Conductivity at68 F Percent of InternationalAnnealed Copper StandardThermalConductivityat 77 F Btu/Ft/Ft 2/Hr/ F(2, 3)Remainder20176063AlloyAverage(1)Coefficient ofThermalExpansion 68 to212 F x 10 -6 per FBeryllium 0.0008 maximum for welding electrode and welding rod only.Also contains 0.20 to 0.6 percent each of lead and bismuth.Gallium 0.03 percent maximum; vanadium 0.05 percent maximum.Bus conductor.Boron 0.06 percent maximum.Also contains 0.40 to 0.7 percent each of lead and bismuth.Also contains 0.10 to 0.16 percent of zirconium.Also contains 0.08 to 0.15 percent of 013.1945 – 1180(4)955 – 1185(4)935 – 1180(4)T8, T91080 – 8T11125016521T51215518119T6, 8T641316019817T651265819118T67533105311140 – 12101150 – 1210890 – 1175(6)Notes:(1) Coefficient to be multiplied by 10-6. Example: 12.2 x 10-6 0.0000122.(2) Melting ranges shown apply to wrought products of 1/4 inch thickness or greater.(3) Based on typical composition of the indicated alloys.(4) Eutectic melting is not eliminated by homogenization.(5) Eutectic melting can be completely eliminated by homogenization.(6) Homogenization may raise eutectic melting temperature 20-40 F but usually doesnot eliminate eutectic melting.
For more information call (800) 926-2600 109 Typical Mechanical PropertiesNon-Heat TreatableTensile Strength 05052-H325052-H345052-H365052-H381/2 in. DiameterSpecimenBrinell Hardness500 kg Load10 mm BallUltimateShearingStrength (ksi)FatigueEndurance(1)Limit (ksi)Modulus(2) ofElasticity(ksi x 103)UltimateYield1/16 in. ��––10.3NotforDesignAlloy and Temper1100-0Elongation % in 2 in.5086-H32, H116Notes:(1) Based on 500,000,000 cycles of completely reversed stress using the R.R. Mooretype of machine and specimen.(2) Average of tension and compression moduli. Compression modulus is about 2%greater than tension modulus.Heat TreatableTensile Strength (ksi)Elongation % in 2 in.UltimateShearingStrength (ksi)FatigueEndurance(1)Limit (ksi)Modulus(2) ofElasticity(ksi x T4, T4516242–20105382010.62014-T6, 017-T4, 5018–120412010.62024-T4, 810.6Alclad 2024-0261120––18–10.6Alclad 2024-T3654518––40–10.6Alclad 2024-T4, T351644219––40–10.6Alclad 2024-T361(3)675311––41–10.6Alclad 2024-T81, T85165606––40–10.6Alclad �–4946–5––––18825303012910.06061-T4, T4513521222565241410.06061-T6, 22–10.47075-T6, T65183731111150482310.4Alclad 7075-0321417––22–10.4Alclad 7075-T6, T651766711––46–10.4Alloy and 326101-H1116101-T61/2 in. DiameterSpecimenBrinell Hardness500 kg Load10 mm Ball1/16 in. ThickSpecimenNotforDesignThe following typical properties are not guaranteed since in most cases they are averages for various sizes, product forms, and methods ofmanufacture and may not be exactly representative of any particular product or size. These data are intended only as a basis for comparingalloys and tempers and should not be specified as engineering requirements or used for design purposes. The indicated typical mechanicalproperties for all except 0 temper material are higher than the specified minimum properties. For 0 temper products, typical ultimate and yieldvalues are slightly lower than specified (maximum) values.Notes:(1) Based on 500,000,000 cycles of completely reversed stress using the R.R. Mooretype of machine and specimen.(2) Average of tension and compression moduli. Compression modulus is about 2%greater than tension modulus.(3) Tempers T361 and T861 were formerly designated T36 and T86, respectively.(4) Up to 2 inches in diameter.
For more information call (800) 926-2600 1211 Comparative CharacteristicsHeat TreatableResistance to CorrosionWrought Alloysand TempersNon-Heat TreatableResistance to CorrosionWrought Alloysand TempersWeldability(5)General(1)Stress ity(4)Brazeabiltiy(5)GasArcResistance: Spotand A(3)BDDCAA5086-H32, y(4)Brazeabiltiy(5)GasArcResistance:Spot and SeamGeneral(1)Stress CorrosionCracking(2)2011-T3D(3)DCADDDD2011-T4, BDCBB2024-T6DBCBDDCB2024-T861, T81, T851, T8510, T8511DBDBDDCB2050- T7451, –6020-T9B––AB–B–6061-0BAADAAAB6061-T4, T451, T4510, T4511BBBCAAAA6061 -T6, T651, T652, T6510, , T52AABCAAAA6063-T6AACCAAAA6063-T83, T831, T832AACCAAAA6101-T6, T63AACCAAAA6101-T61, T64AABDAAAA6262-T6, T651, T6510, -0–––DDDDBCDBDDDBBDBDDDB2014-T3, T4, T4512014-T6, T651, T6510, T65112017-T4, T4512024-02024-T4, T3, T351, T3510, T35117075-T6, T651, T652, T6510, T65117075-T73, T7351C(3)CNotes for Comparative Characteristics:(1) Ratings A through E are relative ratings in decreasing order of merit, based onexposures to sodium chloride solution by intermittent spraying or immersion. Alloyswith A and B ratings can be used in industrial and seacoast atmospheres withoutprotection. Alloys with C, D, and E ratings generally should be protected at least onfaying surfaces.(2) Stress corrosion cracking ratings are based on service experience and on laboratorytests of specimens exposed to the 3.5% sodium chloride alternate immersion testand are expressed as follows:A No known instance of failure in service or in laboratory tests.B No known instance of failure in service; limited failures in laboratory tests ofshort transverse specimens.C Service failures with sustained tension stress acting in short transverse directionrelative to grain structure; limited failures in laboratory tests of long transversespecimens.D limited service failures with sustained longitudinal or long transverse stress.(3) This rating may be different for material held at elevated temperature for long periods.(4) Ratings A through D for Workability (cold), and A through E for Machinability, arerelative ratings in decreasing order of merit.(5) Ratings A through D for Weldability and Brazeability are relative ratings defined asfollows:A Generally weldable by all commercial procedures and methods.B Weldable with special techniques or for specific applications which justify preliminary trials or testing to develop welding procedure and weld performance.C Limited Weldability because of crack sensitivity or loss in resistance to corrosionand mechanical properties.D No commonly used welding methods have been developed.
For more information call (800) 926-2600 1413 Round BarCBS Part 2542011-T3 Round Aluminum Bar2024-T351 Round Aluminum BarCold Finished – 12 Foot Mill LengthsASTM B 211, ROHS CompliantCold Finished – 12 Foot Mill LengthsAMS 4120, AMS-QQ-A-225, ASTM B 53.253.53.75DiameterTolerance( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .002)( .002)( .002)( .002)( .002)( .002)( .002)( .002)( .002)( .0025)( .0025)( .0025)( .0025)( .0025)( .0025)( .0025)( .0025)( .004)( .004)( .004)( .004)( .004)( .004)( .004)( .006)( .006)( .006)( .006)( .006)( .006)( .006)( .006)( .006)( .008)( .008)( .012)( .012)PoundsPer 3CBS Part 7.58DiameterTolerance( .0015)( .002)( .002)( .002)( .002)( .002)( .002)( .002)( .002)( .0025)( .0025)( .0025)( .0025)( .0025)( .0025)( .0025)( .0025)( .004)( .004)( .004)( .004)( .004)( .006)( .006)( .006)( .006)( .006)( .006)( .006)( .006)( .006)( .008)( .008)( .008)( .012)( .012)( .012)( .012)( .012)( .012)( .012)( .020)( .020)( .020)( .020)( .025)( .025)( .030)( .030)PoundsPer 987560.3771CBS Part RD00326ALRD00334ALRD00507ALRD003612024-T4 Round Aluminum Bar6061-T651 Round Aluminum BarCold Finished – 12 Foot Mill LengthsAMS 4120, AMS-QQ-A-225, ASTM B 211Cold Finished – 12 Foot Mill LengthsAMS 4117, AMS-QQ-A-225, ASTM B 0.57.58DiameterTolerance( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .030)( .030)PoundsPer 87560.89096061-T6 Round Aluminum BarExtruded – 12 Foot Mill LengthsAMS-QQ-A-200, ASTM B 221CBS Part eterTolerance( .007)( .044)( .044)( .044)( .054)( .054)( .054)( .054)( .054)( .074)( .074)( .074)( .074)( .074)( .074)( .074)( .084)( .125-.084)( .084)( .084)( .094)( .094)( .094)( .1875-0)( .104)( .104)( .125)( .197-0)( .25-0)( .114)( .114)( .114)( .124)( .124)( .134)PoundsPer 274.698299.1307.47333.261369.264407.114447.023CBS Part erTolerance( -.002)( -.002)( -.002)( -.002)( -.002)( -.002)( -.002)( -.002)( -.0025)( -.0025)( -.0025)( -.0025)( -.0025)( -.0025)( -.0025)( -.004)( -.004)( -.004)( -.004)( -.004)( -.006)( -.006)( -.006)( -.006)( -.006)( -.006)( -.006)( -.008)( -.012)( -.012)( -.012)( -.012)( -.012)( -.012)( -.012)( -.020)( -.020)( -.020)( -.025)( -.025)( -.030)PoundsPer 5.256459.1105
For more information call (800) 926-2600 1615 CBS Part RD00856ALRD008146061-T6511 Round Aluminum Bar7075-T651 Round Aluminum Bar7075-T7351 Round Aluminum BarExtruded – 12 Foot Mill LengthsAMS-QQ-A-200, ASTM B 221Cold Finished – 12 Foot Mill LengthsAMS 4123, AMS-QQ-A-225, ASTM B 211Cold Finished – 12 Foot Mill LengthsAMS 4124, AMS-QQ-A-225, ASTM B 53.53.6253.7544.1254.254.3754.5DiameterTolerance( .008)( .008)( .005)( .0025)( .005)( .005)( .004)( .004)( .004)( .005)( .004)( .004)( .004)( .005)( .006)( .006)( .005)( .005)( .005)( .006)( .005)( .007)( .021)( .005)( .006)( .006)( .006)( .021)( .005)( .006)( .005)( .006)( .005)( .005)( .008)( .008)( .008)( .008)( .008)( .008)( .006)( .008)( .008)( .008)( .008)( .012)( .024)( .012)( .012)( .012)( .012)( .012)( .017)( .017)( .017)( .017)( .017)PoundsPer .30812.13012.98114.77715.70816.67417.66918.694CBS Part 257.257.3757.588.1258.258.59DiameterTolerance( .017)( .017)( .022)( .022)( .022)( .022)( .022)( .022)( .022)( .022)( .044)( .044)( .044)( .044)( .044)( .044)( .054)( .054)( .054)( .054)( .054)PoundsPer 1-T6 Round Aluminum BarCold Finished – 12 Foot Mill LengthsAMS-QQ-A-225, ASTM B 211CBS Part 750.250.31250.3750.43750.50.625DiameterTolerance( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .0015)( .002)PoundsPer 08CBS Part 0257ALR
Introduction 4 Introduction to Aluminum 5 Aluminum Wrought Alloys 5 Non-Heat Treatable 6 Heat Treatable . Some aluminum alloys are stronger than structural steel, yet all the alloys are light in weight. . the adjacent two-digit H
36 copper tube (a) - high side copper 4a1846-01 1 1 1 1 37 copper tube (b) - high side copper 3a1317-01 1 1 1 1 38 copper tube (c) - high side copper 3a1316g01 1 1 1 1 39 copper tube (d) - high side copper 3a1311g01 1 1 1 1 40 heat exchanger copper 2a1498g01 1 1 1 1 41 strainer - 4a0397-01 1 1 1 1 42 copper tube (a) - hot gas copper 4a1878-01 1 .
ance, followed closely by arsenical copper. Phosphorus deoxidized copper, aluminum bronze and 95-5 copper nickel are somewhat better, followed by aluminum brass and 90-10 copper-nickel. Of the copper alloys, 80-20, 70-30 and 60-40 copper-nickel are the most corrosion resistant. Monel alloy 400 (7'½o Ni-Cu) has even higher
Silver/Tin-plated copper or tin-plated aluminum bus (aluminum is standard) Tin-plated copper bus and silver-plated copper bus are also available 600 and 800 A only available with copper Branch connector fingers are tin-plated copper: Silver-plated branch connector fingers are optional Line lugs are suitable for 75⁰C copper or aluminum .
Antique Copper Aluminum #943 Polished Bronze Aluminum #944 Glowing Bronze Aluminum #950 Brushed Blued Aluminum NEW NEW NEW NEW NEW NEW #707 Cross Brush Aluminum #717 Black Brushed Aluminum #724 Champagne Brushed Aluminum NEW NEW NEW #701 Polished Alum. 700 Series #706 Satin Copper #704 Brush
systems (above and below ground), air conditioning and refrigeration piping systems, fuel gas . ASTM B 280 Seamless Copper Tube for Air Conditioning and Refrigeration Field Service. 5. ASTM B 306 Copper Drainage Tube (DWV). . ASME B16.26 Cast Copper Alloy fittings for Flared Copper Tubes. 8. ASME B16.29 Wrought Copper and Wrought Copper .
The World Copper Factbook 2021 International Copper Study Group Chapter 5: Copper Trade 28 Major International Trade Flows of Copper Ores and Concentrates 29 Major International Trade Flows of Copper Blister and Anode 30 Major International Trade Flows of Refined Copper 31 Leading Exporters and Importers of Semi-Fabricated Copper Products, 2020 32
Chromel/Constantan Iron/Constantan Chromel/Alumel Copper/Copper #11 Copper/Constantan Copper/Copper Purple Black Yellow Green Blue White Enter a selection for each item, please fax your inquiry to TCP. Example: C O D E C O N N E C T I O N S C O LO R J K RS T Iron/Constantan Chromel/Alumel Copper/Copper #11 Copper/Constantan Black Yellow Green .
BURNDY Mechanical REVOLUTIONARY BURNDY DESIGN MEETS STRICT UL 486B STANDARDS.and puts the bite on aluminum connections forever! For use on all combinations Aluminum to aluminum Aluminum to copper Copper to copper Patented A-3 Special heat-treated hard, aluminum al
