Application Datasheet
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- Lorin Cooper
- 7 years ago
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1 Application Datasheet Standard Designation for Wrought Alloys Revision Date: June 2, 2016 s (C C15999) * = are alloys registered with the U.S. EPA as Antimicrobial. UNS # Cu Pb Zn Fe P Al Ag As B O Sb Te Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C10100* Oxygen-Free- Electronic OFE C10200* Oxygen-Free OF C10300* Oxygen-Free OFXLP C10400* Oxygen-Free with (7) Ag OFS C10500* Oxygen-Free with Ag OFS C10700* Oxygen-Free with (9) Ag OFS C10800* OFLP s (C C15999) Page: 1 of 8
2 Cu Pb Zn Fe P Al Ag As B O Sb Te Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C10900* Oxygen-Free (10) C10910* C10920* C10930* C10940* (11) (9) Bi 03/ C11000* Electrolytic Tough Pitch ETP C11010* elted High Conducivity RHC C11020* Fire-Refined High Conductivity FRHC C11025* Fire Refined High Conductivity FRHC (12)(10) (12)(10) (10)(12) (13)(14) C11030* Chemically Refined Tough Pitch CRTP C11040* (10)(12) (15)(16) (10) C11045* ETP ETP (17) C11080 Replaced by C C11100* Electronic Tough Pitch, Anneal Resistant ETP C11111 (18)(10) s (C C15999) Page: 2 of 8
3 Cu Pb Zn Fe P Al Ag As B O Sb Te Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C11300* Tough Pitch with Ag (12)(10) (7) STP C11400* Tough Pitch with Ag (12)(10) STP C11500* Tough Pitch with Ag (12)(10) (19) STP C11600* Tough Pitch with Ag STP (10)(12) (20) C11700* 99.9 (9) C11900* Alloy /73 C11904* Alloy (21) C11905* Alloy C11907* Alloy (9) C12000* Phosphorus- Deoxidized, Low Residual P DLP C12100* Phosphorus- Deoxidized, Low (22) Residual P DLPS C12200* Phosphorus- Deoxidized, High Residual P DHP (23) 99.9 C12210* C12220* s (C C15999) Page: 3 of 8
4 Cu Pb Zn Fe P Al Ag As B O Sb Te Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C12300* Phosphorus- Deoxidized, High (22) Residual P DHPS C12500* Fire-Refined Tough (24) Ni Bi Pitch FRTP C12510* 99.9 (24) 0.05 Sn Ni Bi C12700* Alloy (21) (24) Ni Bi C12800* Alloy (24) Ni Bi C12900* Fire-Refined Tough Pitch with Ag (19) (25) Ni Bi FRSTP C13000 Alloy (9) (24) Ni Bi C13100* 99.8 C13150* C13400* Alloy C13500* Alloy C13600* Alloy C13700* Alloy (21) / /72 (19) /72 (9) /72 C14100* Alloy C14180* C14181* / C Cd s (C C15999) Page: 4 of 8
5 Cu Pb Zn Fe P Al Ag As B O Sb Te Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C14210* Alloy C14300* Cadmium, (26) Cd 0.15 Cd Deoxidized C14310* Cadmium (26) Cd 0.30 Cd C14400* Alloy (27) C14410* (27) C14415* (28) C14420* Sn Sn 0.20 Sn 0.20 Sn 0.05 Ni 0.10 Sn 0.15 Sn Sn 0.15 Sn C14425 (29) Sn 0.35 Sn Ni (30) C14430* Alloy 0.25 Sn 0.35 Sn C14440* Alloy Sn 0.01 Sn C14500* Tellurium-Bearing PTE C14510* Tellurium-Bearing C14520* (31)(32) (31) C14200* Phosphorus- Deoxidized, Arsenical DPA Phosphorus- Deoxidized,Tellurium- Bearing DPTE (31) (33) C14530* (34) Sn Sn C14700* Sulfur-Bearing (35)(32) (35) S 0.50 S (35) s (C C15999) Page: 5 of 8
6 Cu Pb Zn Fe P Al Ag As B O Sb Te Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C14710* Alloy (32)(36) (36) 0.05 (36) S 0.15 S (36) C14720 Alloy (35)(32) (35) S (35) 0.50 S C14730 Sulfur Bearing C14750* High Alloy (37) Mn 0.20 S 0.50 Mn 0.50 S C15000* Zirconium (38) 0.10 Zr 0.20 Zr (38) C15100* Zr 0.15 Zr C15150* Zr Zr C15500* (21) Mg 0.13 Mg C15600* Alloy Co 0.30 Co 0.02 Mg C15650* MA5J Co 0.06 Co C15710* Alloy C15715* Dispersion (39) 0.12 (39) 0.19 Strengthened Alloy C15720* Dispersion (39) (39) Strengthned Alloy C15725* Dispersion (39) (39) 0.28 Strengthened Alloy C15730* Alloy (39) (39) 0.46 C15735* Alloy s (C C15999) Page: 6 of 8
7 Cu Pb Zn Fe P Al Ag As B O Sb Te Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C15750* Dispersion Strengthened (39) (39) C3/60 C15760* Dispersion (39) (39) Strengthened Alloy C15780* Alloy (39) (39) 0.90 C15790* Alloy (39) (39) 1.10 C15815* Dispersion (39) (39) Strengthened Alloy C15900* Dispersion Strengthened Coper (39) 0.40 (39) C 0.66 Ti 0.33 C 0.74 Ti C3/11 * = are alloys registered with the U.S. EPA as Antimicrobial. = This is a high conductivity copper which has, in the annealed condition a minimum conductivity of 100% IACS except for Alloy C10100 which has a minimum conductivity of 101% IACS. = Cu is determined by the difference between the impurity total and 100 %. For alloy C10100 the Cu value is exclusive of Ag. = The following additional impurity maximum limits shall apply: Bi 1ppm (0.0001%); Cd 1ppm (0.0001%); Mn 0.5ppm ( %); Ni 10ppm (0.0010%); Se 3ppm (0.0003%); S 15ppm (0.0015%); Sn 2ppm (0.0002). = Cu is determined by the difference between the impurity total and 100%. = Cu value includes Ag. = Includes P. (7) = Ag 0.027% min is the equivalent of, Ag 8 Troy Oz min. = Ag 0.034% min is the equivelant of, Ag 10 Troy Oz min. (9) = Ag 0.085% min is the equivelant of, Ag 25 Troy Oz min. (10) = This is a high conductivity copper which has, in the annealed condition a minimum conductivity of 100% IACS. (11) = Ag 0.044% min is the equivelant of, Ag 13 Troy Oz min. (12) = Oxygen and trace elements may vary depending on the process. (13) = The following additional maximum limits shall apply: Se 10 ppm (0.0010%); Bi 5 ppm (0.0005%); Sn 150 ppm (0.0150%); Ni 150 ppm (0.0150%); S 20 ppm (0.0020%); Cd 100 ppm s (C C15999) Page: 7 of 8
8 (0.0100%). (14) = The total maximum allowable of named elements is 750 ppm (0.0750%) not including oxygen. (15) = Cu value is exclusive of Ag (16) = The following additional maximum limits shall apply: Se 2ppm (0.0002%); Bi 1.0ppm ( %); Group Total Te + Se +Bi 3ppm(0.0003%); Sn 5ppm (0.0005%); Ni 10ppm (0.0010%); S 15ppm (0.0015%). The total maximum allowable of named elements is 65 ppm (0.0065%) - does not include oxygen. (17) = These total maximum limits shall apply; Se 2ppm(0.0002%); Bi 0.5ppm ( %); Sn 5 ppm (0.0005%); Ni 10ppm (0.0010%); S 15 ppm (0.0015%). (18) = Small amounts of Cd or other elements may be added by agreement to improve the resistance to softening at elevated temperatures. (19) = Ag 0.054% min is the equivelant of, Ag 16 Troy Oz min. (20) = Includes B + P. (21) = Ag % min is the equivalent of, Ag 8-30 Troy Oz min. (22) = Ag 0.014% min is the equivalent of, Ag 4 Troy Oz min. (23) = This includes oxygen-free Cu which contains P in an amount agreed upon. (24) = Te + Se. (25) = Includes Te + Se. (26) = Includes Cd. Deoxidized with Li or other suitable elements as agreed upon. (27) = Includes Cu + Ag + Sn. (28) = Includes Te + Sn. (29) = Cu + Sum of Named, 99.97% Min. (30) = Includes Co. (31) = Includes Te + P. (32) = Includes oxygen-free or deoxidized grades with deoxidizers (such as phosphorus boron lithium or others in an amount agreed upon. (33) = Includes Ag + Sn + Te + Se (34) = Tellurium and/or Selenium (35) = Includes Cu + S + P. (36) = Includes Ag, S, P, and Pb (37) = Cu + Sum of Named 99.8% min. (38) = Cu + Sum of Named 99.9% min. (39) = All aluminum present as Al2O3; 0.04% oxygen present as Cu2O with a negligible amount in solid solution with copper. s (C C15999) Page: 8 of 8
9 Application Datasheet Standard Designation for Wrought Alloys Revision Date: June 2, 2016 High Alloys (C C19999) * = are alloys registered with the U.S. EPA as Antimicrobial. Other UNS # Cu Pb Sn Zn Fe P Ni Al Be Co Cr Si Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C16200* Cadmium Cd 1.2 Cd C16210* High 0.50 Cd 1.20 Cd Alloy C16400* High Cd 0.9 Cd 07/74 Alloy C16500* Cd 1.0 Cd C17000* Beryllium C17200* Beryllium High Alloys (C C19999) Page: 1 of 8
10 Other UNS # Cu Pb Sn Zn Fe P Ni Al Be Co Cr Si Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C17300 Beryllium C17400* Beryllium C17410* Beryllium C17420* Beryllium C17450* Beryllium Zr C17455 Beryllium Zr C17460* Beryllium Zr C17465 Beryllium Zr C17500* Beryllium C17510* Beryllium C17520* Beryllium Mg 0.30 Mg 0.10 Zr 0.30 Zr High Alloys (C C19999) Page: 2 of 8
11 Other UNS # Cu Pb Sn Zn Fe P Ni Al Be Co Cr Si Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C17530* Beryllium C C17600* Beryllium Ag 1.1 Ag C17700* Beryllium Te 0.6 Te C C18020 C18025 High Alloy C18030 C18040 C C18050 (7) C (7) Mg 0.03 Mg Te Te Ti 0.40 Ti C18080 (7) Ag 0.01 Ti 0.30 Ag 0.15 Ti (9) C Ti 0.8 Ti C Mg 0.08 Zr 0.06 Mg 0.20 Zr C18135 C Cd 0.6 Cd Zr 0.25 Zr High Alloys (C C19999) Page: 3 of 8
12 Other UNS # Cu Pb Sn Zn Fe P Ni Al Be Co Cr Si Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C18141 High Mg 0.07 Zr 0.05 Mg 0.13 Zr Alloy MZC1 C18143 High Zr 0.05 Mn 0.13 Zr C18145 C18150 C18200 Chromium (10) Zr 0.15 Zr Zr 0.20 Zr C18400 Chromium As Ca 0.05 Li C18500 High Ag 0.12 Ag C18550 Chromium C Ti 0.05 Zr 0.50 Ti 0.40 Zr C Ti 0.05 Zr 0.50 Ti 0.40 Zr C18620* Hiigh C18625* HRSC High Alloys (C C19999) Page: 4 of 8
13 Other UNS # Cu Pb Sn Zn Fe P Ni Al Be Co Cr Si Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C18660* High Alloy Mg 0.07 Mg C18661* C18665* Mg 0.7 Mg Mg 0.9 Mg C18670 MSP5 C Mg 1.9 Mg Free- Machining Cu (11) C18835* 99.0 C18900* Mn 0.30 Mn C18910* Mn 12/98 C18980* Mn C C19000* C19002* Ag Zr 0.50 Ag 0.01 Mg 0.05 Zr C19010* (7) C19015* (7) C19020* Mg 0.15 Mg C19022* High Alloy High Alloys (C C19999) Page: 5 of 8
14 Other UNS # Cu Pb Sn Zn Fe P Ni Al Be Co Cr Si Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C19024* High Alloy (10) C19025* C19027* NB 115 High (10) Mg (10) C19030* C19040* CAC5 High (7) Mn C19050* SPKFC-5E (7) High C19100 C19140 C19150 C Te 0.6 Te C19170* KLF170 (7) High (7) C19200* 98.5 (7) C19210* (7) C19215* (7) C19220* B B C19240* Super KFC (7) Mn High Alloys (C C19999) Page: 6 of 8
15 Other UNS # Cu Pb Sn Zn Fe P Ni Al Be Co Cr Si Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C19250* SPKFC-5W High (7) Mn C19260* Mg 0.20 Ti 0.15 Mg 0.40 Ti (7) C19280* C19300* High Alloy /73 C19400* (7) C19410* C19419* CAC19 (7) Mn High (7) C19450* (7) C19500* 96.0 (7) C C19600* High Alloy (7) C19700* Mg 0.20 Mg 0.05 Mn C19710* Mg 0.06 Mg 0.05 Mn C19720* Mg 0.20 Mg 0.05 Mn (7) C19750* Mg 0.20 Mg 0.05 Mn (7) C19800* Mg 1.0 Mg High Alloys (C C19999) Page: 7 of 8
16 Other UNS # Cu Pb Sn Zn Fe P Ni Al Be Co Cr Si Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C19810* Hig Alloy (7) Mg 0.10 Ti 0.10 Zr C19900* 2.9 Ti 3.5 Ti C19910* NKT 322 High Ti 3.4 Ti * = are alloys registered with the U.S. EPA as Antimicrobial. = Cu + Sum of Named 99.5% min. = Cu value includes Ag. = Ni + Co 0.20% min.: Ni + Fe + Co 0.6% max. = Ni value includes Co. = Cu + Sum of Named 99.9% min. = Includes oxygen-free or deoxidized grades with deoxidizers (such as phosphorus boron lithium or others in an amount agreed upon. (7) = Cu + Sum of Named 99.8% min. = Not including Ag. (9) = Cu + Sum of Named 99.85% min. (10) = Cu + Sum of Named 99.7% min. (11) = Includes Pb. High Alloys (C C19999) Page: 8 of 8
17 Application Datasheet Standard Designation for Wrought Alloys C20000-C29999: -Zinc Alloys (Yellow Brasses) C30000-C39999: -Zinc-Lead Alloys (Leaded Brasses) C40000-C49999: -Zinc-Tin Alloys (Tin Brasses) Revision Date: June 2, 2016 Brasses (C C49999) * = are alloys registered with the U.S. EPA as Antimicrobial. UNS # C20000 Common Brasses C20500* Brass Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% /98 C21000* Gilding, 95% C22000* Commercial Bronze, 90% C22600* Jewelry Bronze, 87-1/2% C23000* Red Brass, 85% C23030* 83.5 C23400* Si 0.40 Si Brasses (C C49999) Page: 1 of 11
18 Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C24000* Low Brass, 80% C Al C25000* Brass C25600* C26000* Cartridge Brass, 70% C26100* Brass As 0.06 As C26130* C26200* As 0.08 As C26380 Brass Ag C26800* Yellow Brass, 66% C27000* Yellow Brass, 65% C27200* Yellow Brass C27400* Yellow Brass, 63% C27450 Yellow Brass C27451 Yellow Brass Yellow Brass C27453 Zinc Alloy As 0.15 As C28000* Muntz Metal, 60% Brasses (C C49999) Page: 2 of 11
19 Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C28200 Zinc Alloy Al 0.05 Si 02/73 C28300* Yellow Brass S 0.20 B 0.01 Mn 0.65 S 0.20 Zr C28310* Yellow Brass Mn 0.10 S 0.20 B 0.20 Mn 0.65 S 0.20 Zr 0.20 B C28320* Yellow Brass S 0.10 C 0.20 Mn 0.65 S 0.30 Ti 0.20 Zr 0.10 B C28330* Low-Lead Yellow Brass Sb 0.10 C 0.20 Mn 0.25 S 1.5 Sb 0.10 Ti 0.10 Zr.20 Ni.17 As C As.65 Bi.75 Bi.04 Cd.02 Cr.05 Mn.05 Sb.05 Si C Zinc- Alloy Brass (7) C28580 Brass C29800 Zinc Alloy C31000 Zinc Lead Alloy Al Al /74 07/74 C Ni C31400 Leaded Commercial Bronze C31600 Leaded Commercial Bronze (Nickel- Bearing) Ni Ni 1.2 Ni Brasses (C C49999) Page: 3 of 11
20 Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C32000 Leaded Red Brass Ni C32500 Zinc Lead Alloy C32510 Leaded Brass As 0.06 As 07/74 C33000 Low Leaded Brass (Tube) C33100 Leaded Brass C33200 High Leaded Brass (Tube) C33500 Low-Leaded Brass 62.0 (9) C33530 Leaded Brass As 0.06 As C34000 Medium Leaded Brass, 64-1/2% 62.0 (9) C34200 High Leaded Brass, 64-1/2% 62.0 (9) C34400 Leaded Brass /81 C C34700 Leaded Brass C34800 Leaded Brass C34900 Leaded Brass /81 02/81 02/82 C35000 Medium Leaded Brass, 62% (10) 60.0 (9) Brasses (C C49999) Page: 4 of 11
21 Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C35300 High Leaded Brass, 62% (10) 60.0 (9) C35330 DZR Brass (11) As 0.25 As C35340 Leaded Brass C35350 Leaded Brass Ni 0.30 Ni C35600 Extra High Leaded Brass 60.0 (9) C36000 Free-Cutting Brass C36010 Leaded Brass Free-Cutting Brass C36200 Leaded Brass C Zinc-Lead Alloy C36500 Leaded Muntz Metal, Uninhibited C36600 Leaded Muntz Metal, Arsinical C36700 Leaded Muntz Metal, Antimonial C36800 Leaded Brass As 0.06 As Sb 0.10 Sb C37000 Free-Cutting Muntz Metal C C37700 Forging Brass Brasses (C C49999) Page: 5 of 11
22 Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C C37800 Leaded Brass C38000 Architectural Bronze, Low Leaded Al C38010 Leaded Brass Al 0.6 Al C38500 Architectural Bronze C38510 Leaded Brass C38590 Leaded Brass C38600 Leaded Brass Sb 02/82 C40400* C40410* -Zinc-Tin Alloy C40500* Penny Bronze C40800* Silicon Brass C40810* 94.5 C40820* 94.0 C40850* 94.5 C40860* Ni 0.20 Ni Ni 0.50 Ni Ni 0.20 Ni Ni 0.20 Ni C40900 Zinc Tin Alloy /74 C40950* 91.5 C41000* Ni (12).8 Ni Brasses (C C49999) Page: 6 of 11
23 Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C41100* Tin Brass C41110* Zinc Tin Alloy C41120* C41125* Ni 0.20 Ni Ni C41300* Tin Brass C41500* Tin Brass C41900 Tin Brass /74 C42000* C42100* Tin Brass Mn 0.35 Mn C42200* C42210* Tin Brass (13) Ni (14) Te (15) Se (15) C42220* 88.0 C42500* Ni 0.20 Ni C /98 C42520* 88.0 (13) C42600* Ni 0.20 Ni Ni 0.20 Ni (12) C43000* Tin Brass C43200 Tin Brass C43400* Brasses (C C49999) Page: 7 of 11
24 Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C43500* Tin Brass C43600* C43800* Zinc Tin Alloy C44200* Zinc Tin Alloy /74 05/71 C44250* Ni C44300* Admiralty, Arsenical (16) As 0.06 As C44400* Admiralty, Antimonial (16) Sb 0.10 Sb C44500* Admiralty, Phosphorized 70.0 (16) C Ni 2.5 Ni 2.5 Ni C Ni (12).10 Si.7 Cr.40 Mg.40 Mn.6 Si.40 Zr C44750* Tin Brass C45450* Tin Brass Al 0.40 Al C45470* -Zinc-Tin Aluminum Alloy C46200 Naval Brass, 63-1/2% Al 0.8 Al C46210* Tin Brass Al 0.50 Si C46250* HONLUX 01 (17) Mg.20 Mg Brasses (C C49999) Page: 8 of 11
25 Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C46400 Naval Brass, Uninhibited C46420 Tin Brass C46500 Naval Brass, Arsenical As 0.06 As C46600 Tin Brass C46700 Tin Brass Sb 0.10 Sb C Sb.50 Ni (12).15 Sb C47000 Naval Brass Welding and Brazing Rod Al C47200 Zinc Tin Alloy C47600 Tin Brass Mn 0.15 Mn 07/74 C Ni 0.50 Ni (12) C48200 Naval Brass, Medium Leaded C48500 Naval Brass, High Leaded C48510 Tin Brass As 0.25 As 02/81 C48600 DZR Brass C48650 Replaced by C As 0.25 As 02/81 C49080 Tin Brass Al Brasses (C C49999) Page: 9 of 11
26 Cu Pb Sn Zn Fe P Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C49250* -Zinc-Bismuth -Zinc Bi 2.4 Bi Cd Bismuth C Zinc-Bismuth Ni 1.7 Bi 0.02 Se 0.30 Ni (12) 2.9 Bi 0.01 Cd 0.10 Si 0.07 Se C49260* GEM Brass Bi 1.8 Bi Cd 0.10 Si C49265 Low Leaded GEM Brass (13) Bi 1.3 Bi Cd 0.10 Si 1.5 Ni (12) C49300* Lead-Free Bismuth Alloy Lead-Free Bi 0.50 Al 2.0 Bi 0.03 Mn 0.50 Sb 0.10 Si 0.20 Se C49340* GEM Brass (13) Bi 2.2 Bi Cd 0.10 Si C49345 Low Leaded GEM Brass (13) Bi 1.3 Bi Cd 0.10 Si C49350* Bismuth Brass Alloy Bi 0.02 Sb 2.5 Bi 0.10 Sb 0.30 Si C49355* Zinc Bismuth Alloy Bi 1.0 Si B 1.5 Bi 0.10 Mn 2.0 Si C49360* Tin-Eco(bismuth) Bi 2.0 Si 1.5 Bi 3.5 Si * = are alloys registered with the U.S. EPA as Antimicrobial. = Cu + Sum of Named 99.8% min. = Cu + Sum of Named 99.7% min. = Cu + Sum of Named 99.5% min. = Cu + Sum of Named 99.3% min. = For optimum DZR properties, Zn should not exceed 38%. = P may be substituted for As. (7) = Cu + Sum of Named 99.1% min. Brasses (C C49999) Page: 10 of 11
27 = Cu + Sum of Named 99.6% min. (9) = For flat products, the iron shall be 0.10% max. (10) = Cu, 61.0% min. for rod. (11) = Pb may be reduced to 1.0% by agreement. (12) = Ni value includes Co. (13) = Cu value includes Ag. (14) = Includes Co. (15) = Te + Se 0.006% max. (16) = For tubular products, the minimum Sn content may be 0.9%. (17) = Includes Lanthanum Brasses (C C49999) Page: 11 of 11
28 Application Datasheet Standard Designation for Wrought Alloys C50000-C52999: -Tin-Phosporus Alloys (Phosphor Bronzes) C53000-C54999: -Tin-Lead-Phosphorus Alloys (Leaded Phosphor Bronzes) C55000-C55299: -Phosphorus and -Silver-Phosphorus Alloys (Brazing Alloys) C55300-C60799: -Silver-Zinc-Alloys C60800-C64699: -Aluminum Alloys (Aluminum Bronzes) C64700-C66199: -Silicon Alloys (Silicon Bronzes and Silicon Brasses) C66200-C69999: Other -Zinc Alloys Revision Date: June 2, 2016 Bronzes (C C69999) * = are alloys registered with the U.S. EPA as Antimicrobial. UNS # Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C50100* C50150* Tin Phos Zirconium 99.0 C50200* C50500* Phosphor Bronze, 1.25% E C50510* C50580* C50590* 97.0 C50700* C50705* 96.5 C50710* C50715* Zr 0.08 Zr Bronzes (C C69999) Page: 1 of 11
29 C50725* 94.0 C50780* C50800* Tin Brass C50900* C51000* Phosphor Bronze, 5% A Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C51080* C51100* C51180* C51190* C51800* Phosphor Bronze C51900* C51980* C52100* Phospher Bronze, 8% C C52180* C52400* Phospher Bronze 10% D C52480* C52600* Tin Phosphorus Alloy C52900* Tin Phosphorus Alloy C53200 Tin Brass C53400 Phosphor Bronze B-1 C53800 C54400 Phosphor Bronze B Co /74 07/ Bronzes (C C69999) Page: 2 of 11
30 Other Named Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C54600 Tin Phosphorus Alloy C54800 Tin Brass C55180* C55181* C55185 (7) C55280* C55281* C55282* C55283* C55284* C55285* -Silver Phosphorus Alloy Brazing Alloy (7) (7) (7) (7) (7) (7) C55385* C55386* Other Brazing Alloy C56000 C60600* Aluminum Bronze C60700* -Aluminum Alloy Aluminum Bronze C60800 (7) (7) 07/ C61000* C61200* Alumnum Alloy Aluminum Bronze C61300* C61400* C61470 Aluminum Bronze Welding Electrode As 0.35 As /04 05/ Bronzes (C C69999) Page: 3 of 11 05/71
31 Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C61500* C61550* C61600* Aluminum Alloy Aluminum Bronze C61700* Aluminum Alloy Aluminum Bronze C61800* C61810* Aluminum Bronze C61900* C62000* Aluminum Alloy Aluminum Bronze C62200* C62300* Aluminum Bronze, 9% C62400* Aluminum Bronze,11% Sb C62500* C62580* C62581* C62582* C62600* Aluminum Alloy Aluminum Bronze C62700 Aluminum Alloy C62730* Aluminum Bronze /71 05/71 02/85 05/ Mg 05/71 05/71 09/92 Bronzes (C C69999) Page: 4 of 11
32 Other Named Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C62800* Aluminum Alloy Aluminum Bronze C63000* Aluminum Bronze C63010* 78.0 C63020* 74.5 C63200* Aluminum Bronze C63230* Aluminum Bronze C63280* C63300* Aluminum Bronze C63380* C63400* Aluminum Bronze C63500 Plus Bright Gold Aluminum Zinc Alloy C63600 C63700* Aluminum Alloy Aluminum Bronze (9) (9) / Co 0.05 Cr C63800* C63900* Aluminum Alloy Aluminum Bronze C64100 Aluminum Alloy C64110 Aluminum Bronze C64200* Aluminum Bronze As As (10) / Co 0.55 Co / / As Bronzes (C C69999) Page: 5 of 11
33 Other Named Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C64210* Aluminum Silicon Bronze C64250* Aluminum Bronze C64400* Aluminum Bronze C64700* Silicon Bronze C64710* 95.0 C64720* Silicon Bronze C64725* Silicon Alloy C64727* Silicon Alloy MAX375 C64728* -Nickel-Zinc- Silicon Alloy 95.0 C64730* 93.5 C64740* 95.0 C64745* NKC164 (11) C64750* C64760* 93.5 C64770* C nickel-silicon C64780* 90.0 C64785* C64790 C64800* NKC4419 C64810 NKC4820 C64900* As Mg 0.03 Mg Mg Ca 0.09 Cr 0.20 Mg 0.01 Ca 0.01 Cr 0.20 Mg Ca 0.05 Mg Mg 0.10 Zr Mg Mg (10) Cr 0.30 Mg 0.01 Cr 0.01 Mg 0.01 Ti 0.01 Zr Co Co Cr 0.05 Mg 0.50 Cr 0.30 Mg 3.0 Co 0.09 Cr 3.0 Co 0.09 Cr 0.20 Mg Bronzes (C C69999) Page: 6 of 11
34 Other Named Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C65100* Low-Silicon Bronze B C65300* Silicon Bronze C65400 C65500* High-Silicon Bronze A C65600* C65620* Silicon Bronze C65700 Silicon Alloy C65800* Silicon Bronze C C66200* C66300* 84.5 C66400* C66410* C66420* C66430* C66500* Zinc Alloy C66700* Manganese Brass C C66850* Zinc Alloy C66900* Manganese Brass C66908* Manganese C66910* Manganese C66913* -Zinc- -Zinc- -Zinc- Manganese Cr 0.12 Cr (13) (12) 11/ Co (12) Co (13) 0.7 Co / (14) (14) (14) Co 0.01 Co 0.15 Ti 0.15 Zr 0.05 Nb Bronzes (C C69999) Page: 7 of 11
35 Other Named Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C66915* Manganese C66920* White Alloy C66925* -Zinc- -Zinc- Manganese C66930* -Manganese Alloy (15)(14) 66.0 (14) Co 0.50 Co (14) (16) C66950* C67000 Manganese Bronze B C67100 Zinc Alloy C67130 Zinc C67200 Zinc Alloy C C C67410 Zinc Sb Co C.25 S 1.0 Sb C C67500 Manganese Bronze A C C67610 Zinc C67620 Zinc C67700 Zinc C67800 Zinc C67810 Zinc C67820 Zinc /72 12/ As 0.8 As Bronzes (C C69999) Page: 8 of 11 02/81
36 Other Named Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C67830 Zinc C67900 Zinc Alloy C68000 Bronze, Low Fuming (Nickel) C68100 Bronze, Low Fuming C68200 Zinc C68300* -Znc Alloy Silicon Modified Brass C C68350* Low Silicon Brass /81 02/ Sb C68400* C68410* C68600 Zinc C68700* Aluminum Brass, Arsenical C68800* C68900* Zinc Alloy C69000* Zinc Cd 1.0 Sb As 0.16 As B.03 B B.03 B As 0.06 As C69050* C69100* C69150* Zinc Alloy Zinc Alloy C69200* Zinc Alloy C69220* Zinc Alloy (18) C69230* C (17) (17) Co 0.55 Co 02/ Zr 0.20 Zr / Sb Ca.15 Ca Bronzes (C C69999) Page: 9 of 11
37 Other Named Cu Pb Sn Zn Fe P Ni Al Ag Mn Si Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C69250* -Zinc- Manganese C69300* ECO Brass C69310* SnEco (14) C C69400 Silicon Red Brass 80.0 C C69440 Zinc C69450 Zinc C C C69720 Zinc C69730 Zinc As 0.06 As Sb 0.06 Sb C C69800 Zinc As 0.06 As Sb 0.06 Sb C69900 Zinc As 0.05 C 0.05 Cd 0.20 Co C69910 Zinc C69950 Zinc * = are alloys registered with the U.S. EPA as Antimicrobial. = Cu + Sum of Named 99.5% min. = Cu + Sum of Named 99.8% min. = Cu + Sum of Named 99.7% min. = Cu + Sn + Fe + P 99.5% min = Cu value includes Ag. = Ni value includes Co. Bronzes (C C69999) Page: 10 of 11
38 (7) = Cu + Sum of Named 99.85% min. = When the product is for subsequent welding applications and is so specified by the purchaser, Cr, Cd, Zr, and Zn shall each be 0.05%max. (9) = Fe content shall not exceed Ni content. (10) = Not including Co. (11) = Cu + Sum of Named, 99.92% min. (12) = Fe + Co, % (13) = Fe + Co %. (14) = Not including Ag. (15) = Cu + Sum of Named 99.3% min. (16) = Cu + Sum of Named 99.9% min. (17) = Al + Zn %. (18) = Cu + Sum of Named 99.6% min. Bronzes (C C69999) Page: 11 of 11
39 Application Datasheet Standard Designation for Wrought Alloys Revision Date: June 2, Nickel Alloys (C C73499) * = are alloys registered with the U.S. EPA as Antimicrobial. UNS # Cu Pb Sn Zn Fe Ni Mn Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C70100* C70200* C70230* Si 0.10 Ag 0.8 Si C70240* Ag 0.40 Si 0.10 Ag 0.8 Si C70250* Mg 0.25 Si 0.30 Mg 1.2 Si C70252* Nickel NKC Mg 0.40 Si 0.30 Mg 1.2 Si C70260* Si 0.01 P 0.7 Si C70265* Si 0.01 P 0.7 Si C70270* Si 1.0 Si C70275* Nickel Alloy MAX Mg 0.10 Si 0.01 Ca 0.06 Cr 0.20 Mg 0.50 Si C70280* P 0.22 Si 0.04 P 0.30 Si C70290* P 0.22 Si 0.04 P 0.30 Si -Nickel Alloys (C C73499) Page: 1 of 5
40 Cu Pb Sn Zn Fe Ni Mn Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C70300* Nickel Alloy / P C70310* 0.02 Ag Si Zr 0.50 Ag 0.10 Mg 1.0 Si 0.05 Zr C70320 Nickel Al 0.18 Cr 0.20 Si 1.2 Al 0.50 Cr 1.2 Si C70350* Co 0.50 Si 2.0 Co 0.04 Mg 1.2 Si C70370* Ag 1.0 Co 0.50 Si 0.70 Ag 2.0 Co 0.04 Mg 1.0 Si C70400* -Nickel, 5% C /5 -Nickel Si 0.05 C 0.05 S 0.45 Si C70500* -Nickel, 7% C70600* -Nickel, 10% C70610* C 0.05 S C70620* P 0.05 C 0.02 S C70690* C C70700* C70800* -Nickel, 11% C70900* Nickel C71000* -Nickel, 20% C71100* Nickel Alloys (C C73499) Page: 2 of 5
41 Cu Pb Sn Zn Fe Ni Mn Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C71110* Nickel S 0.05 Ti C71300* C71500* -Nickel, 30% C71520* P 0.05 C 0.02 S C71580* C (7) C71581* C71590* C C71600* Nickel Alloy /71 C71630* Nickel C 0.08 S C71640* C 0.03 S C71700* Be 0.7 Be 0.02 P 0.04 C C Cr 0.01 Ti 0.02 Zr 3.0 Cr S 0.25 Si 0.20 Ti 0.35 Zr C Nickel Alloy /71 C C 0.50 Si C72200 (9) Cr 0.7 Cr 0.03 Si 0.03 Ti C72400 Nickel Al 0.05 Mg 2.5 Al 0.40 Mg 1.0 Hg -Nickel Alloys (C C73499) Page: 3 of 5
42 Cu Pb Sn Zn Fe Ni Mn Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% 0.01 P 2.0 Al C72420 (10) Al 0.05 C 0.50 Cr 0.05 Mg 0.15 S 0.15 Si (9) C72500* C72600* Nickel (10) P (10) C72650* C72660* (11) Mg (10) C72700* (12) Mg 0.10 Nb P 0.10 Al B (10) C72800* Mg 0.10 Nb Bi 0.15 Mg S 0.02 Sb 0.05 Si 0.01 Ti 0.30 Nb (10) C72900* (12) Mg 0.10 Nb (10) C72950* C73100* Zinc Nickel Alloy C73150* Nickel C73200* Nickel * = are alloys registered with the U.S. EPA as Antimicrobial. = Cu value includes Ag. = Cu + Sum of Named 99.5% min. = Ni value includes Co. = Ag Includes B = The following additional maximum limits shall apply: Si 0.015% S 0.003% Al 0.002% P 0.001% Hg % Ti 0.001% Sb 0.001% As 0.001% Bi 0.001% Co 0.05% Mg 0.10% and Oxygen 0.005% Oxygen. For -Nickel Alloys (C C73499) Page: 4 of 5
43 C70690, Co shall be 0.02% max. = The following additional maximum limits shall apply: Si 0.15% S 0.024% Al 0.05% and P 0.03%. (7) = Includes P 0.02% max.; Si 0.25% max.; S 0.01% max.; Ti %. = The following additional maximum limits shall apply: When the product is for subsequent welding applications and is so specified by the purchaser Zn 0.50% P 0.02% Pb 0.02% S 0.02% (0.008% S for C71110) and C 0.05%. (9) = Cu + Sum of Named 99.8% min. (10) = Cu + Sum of Named 99.7% min. (11) = Includes Co. (12) = 0.005% Pb max. for hot rolling. -Nickel Alloys (C C73499) Page: 5 of 5
44 Application Datasheet Standard Designation for Wrought Alloys Revision Date: June 2, Nickel-Zinc Alloys (Nickel Silvers) (C C79999) * = are alloys registered with the U.S. EPA as Antimicrobial. UNS # Cu Pb Zn Fe Ni Mn Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C73500* Nickel Silver C73600 Nickel Zinc Alloy C73800* Nickel C74000* Nickel Zinc Alloy C74100 Nickel Zinc Alloy C74200 Nickel Zinc Alloy C74300* Nickel Silver C74400* Nickel Silver C74500* Nickel Silver, C75200* Nickel Silver, C75400 Nickel Silver, C75700* Nickel Silver, / / / Nickel-Zinc Alloys (Nickel Silvers) (C C79999) Page: 1 of 3
45 Cu Pb Zn Fe Ni Mn Other Named Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% Min% Max% C75720* Nickel Zinc C75900 Nickel Zinc 60.0 C C76100 Nickel Zinc C76200 Nickel Silver C76300 Nickel Zinc C76390 Nickel Zinc C76400* Nickel Silver C76600 Nickel Zinc C76700 Nickel Silver, C76800 WNS7 C77000 Nickel Silver, C77010 Nickel Zinc C Sn 0.6 Sn C C77310 Nickel Zinc C C C78150 Replaced by C78270 C C78270 Nickel Silver Nickel Silver C78400 Nickel Zinc Alloy C78600 Nickel Zinc Alloy (7) Si Si Al 0.25 Si 0.01 Al 0.25 Si Sn 12/ /72 05/72 -Nickel-Zinc Alloys (Nickel Silvers) (C C79999) Page: 2 of 3
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