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(1) Composition as per ISO guidelines; X = Present
(2) 10-6 K-1
(3) Q = Quenched, 1300°F hold 15 minutes; quench in water
H = Heat hardened, 315°C, 15 minutes S = Soft (see Tech Sheet for instructions)
(4) 0.1% offset
(5) %: 0.5" GL
(6) JNP, OXYNON, PNP
**Sold in shot and ingot (called Super Cast CC™) form.
***Available as thick (.046") or thin (.031") sintered brazing rods
† Can be used with low-fusing, high expansion porcelains.
All solders are available in 1 dwt (approximate weight) strips.
Nickel-Chrome Ceramic and Crown & Bridge Alloys—with Beryllium
Rexillium® III 726-8322 PB 76 14 6 1.99 Al: 2.5, Ti, Co 14.06 14.3 2110–2280 1154–1249 360 116,300 800 164,500 1135 31.71 218.65 15 7.75 (6) LF, WLF LWCMNI
Rexillium® V 726-2213 PB 74 14 9 1.99 Al: 2.5, Ti, Co 13.9 14.2 2125–2250 1163–1232 380 85,000 586 125,000 862 31.61 218 10 7.75 (6) LF, WLF LWCMNI
Nickel-Chrome Ceramic and Crown & Bridge Alloys—Beryllium Free
REX 4® 726-1344 PB 62 22 X Al, Si, La 14.05 14.37 2264–2426 1240–1330 290 87,000 600 102,700 708 26.54 183 10 8.45 (6) LF, WLF LWCMNI
Rexalloy™ 726-1310 PB 67 14 8 X Ga: 8, Al, Fe, Si, Mn, Zr, Cu 14.8 15.1 2400–2530 1315–1387 177 43,500 300 77,600 535 27.7 191 27 8.45 (6) LF, WLF LWCMNI
Cobalt-Chrome Ceramic and Crown & Bridge Alloys—Nickel Free, Beryllium Free
REX CC® 726-1341 PB 26 5 62 Ta: 9, Al: 3, Mn, Hf 14.3 14.57 2327–2417 1275–1325 360 84,000 579 121,000 834 21.75 150 4.5 7.85 HF WLF LWCMCO
Novarex™ 726-1350 PB 25 10 55 Ru: 5, Al, Nb, Y, Zr 14.1 14.36 2425–2475 1329–1357 350 90,000 621 110,000 759 29.58 204 7 8.75 HF WLF LWCMCO
Rexillium® NBF 726-1301 PB 25 14 52 Ga: 8, Al, Y, Re 14.5 14.75 2250–2400 1232–1315 380 70,000 482 100,000 690 27.12 187 3 7.85 HF WLF LWCMCO
Gold Core® Plus† 726-1352 PB 2 20 4 63 Ga: 6, Al: 2, Mn 16.2 16.53 2336–2516 1280–1380 245 52,925 365 68,150 470 29.0 200 15 8.05 HF WLF LWCMCO
Jewel Cast® Plus† 726-1354 PB 20 4 64 Ga: 6.5, Al: 2, Mn 16.22 16.57 2426–2498 1330–1370 230 47,850 330 63,075 435 24.65 170 24 8.1 HF WLF LWCMCO
Cobalt-Chrome Partial Denture Alloy
Super Cast™** 726-1347 PB 30 6 64 Mn, Si, C, N 2450–2500 1343–1371 340 95,000 655 120,000 827 33.0 227.5 3.5 8.25 HF LF LWCMCO
Non-Precious Yellow Crown & Bridge Alloy
CBY™ 726-1334 PB 5 Cu: 80, Al: 9, Mn: 5, Fe, Si 1800–1975 982–1079 130 Q 52,000 359 96,000 662 28.0 193.1 12 7.8 LF LF --H 54,500 376 100,000 690 7.5
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Elon- SpecificALLOY NAME Au Ni Cr Mo W Co Be Balance @500 @600 Range Range Hardness Strength Strength Tensile Tensile Mod. of Elasticity gation Gravity
Solder
% % % % % % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x 106 psi GPa %(5) gm/cm3PRE POST
NON-PRECIOUS CASTING & CERAMIC ALLOYS ( † Can be used with High Expansion, Low Fusing Porcelains)
LM™ 726-2017 HN 1301–1355 705–735 74.95 11 12 X Yellow LF
585 Fine 726-1994 N 1355–1440 735–782 58.5 17.5 X 18 X Yellow LF
615 Fine 726-1996 HN 1380–1455 749–791 61.5 20 5.5 12.5 X Yellow LF
650 Fine 726-2001 HN 1420–1490 771–810 65 10 5.5 19.0 X Yellow LF
660 Fine 726-2002 HN 1260–1380 682–749 66 14.5 6.2 9.5 5.3 Yellow LF
800 Fine 726-2013 HN 1560–1650 849–899 80 12.4 7.5 X Yellow LF
WLF™ 726-2000 HN 1310–1370 710–743 60 23.45 16.5 X White LF
LF™ 726-1444 PB 1145–1205 618–652 56 17.5 22.5 Sn Pale Yellow LF
Gold Core® Post† 726-2022 N 1139–1166 615–630 42 38.5 11 8.5 Yellow LF
Melting MeltingSOLDER NAME Range Range Au Ag Zn Cu In Balance Color Flux
° F ° C % % % % %
POST SOLDERS FOR CROWN & BRIDGES —NICKEL FREE (Low Temperature)
SF™ 726-2015 HN 1950–2030 1065 –1110 84 10 X Yellow HF or LF
HM™† 726-8521 HN 1517–1571 825 – 855 74.95 2 X 22 X Yellow LF
Rx CG™ 726-2004 HN 2015–2075 1102–1135 70 5 24 X Yellow HF or LF
WCG™ 726-2006 HN 2080 – 2135 1138–1168 71.5 15 10 X X White HF or LF
YPF™ 726-2019 HN 1850 –1895 1010–1035 66 0.8 32.5 X X Yellow HF or LF
CN™ 726-2011 HN 1950 – 2000 1065–1093 63 9 23 X X Yellow HF or LF
Bio Lot™ 726-1998 HN 1832 –1860 1000 –1015 60 1 38 X X Sn Yellow HF or LF
Z-29™ 726-2009 N 2000 – 2090 1093 –1143 20 23 55 X Sn, Ru White HF or LF
PNP (Au/Pd base) 726-2007 N 2075 – 2130 1135 –1165 30 34 X White PNP
JNP (non-precious Ni, Cr) 726-1447 PB 1940 1060 41.5 26.5 17 8.5 Fe, Si, B White OXYNON
NNP (non-precious Ni, Cr)*** 726-1442 PB 1800 –1875 982 –1024 74 14 Fe, Si, B White OXYNON
HF (non-precious Co, Cr) 726-1446 PB 2030– 2192 1110–1200 62.5 25 Fe, Si, B White OXYNON
Gold Core® Pre† 726-2021 HN 1679 – 1778 915–970 95.5 3.0 max 2.5 max Yellow OXYNON
Melting MeltingSOLDER NAME Range Range Au Pt Pd Ag Ga Zn Cu In Ir Co Ni Cr W Balance Color Flux
°F °C % % % % % % % % % % % % %
PRE-SOLDERS FOR CERAMIC ALLOYS —NICKEL FREE unless specified (High Temperature)
Composition (1)
Composition (1)
Composition (1)
Whether your case demands a high gold alloy or an economical and reliable non-precious alloy, Zahn Dental and PentronAlloys, LLC have the ideal biocompatible alloy for you. With more than 100 alloys, we feature one of the most extensiveofferings in the dental industry. By utilizing pure elements and employing modern vacuum induction melting technology,
you can be assured that each alloy meets our stringent quality standards.
To help select the optimal alloys for your restorative needs, this brochure details the composition and physical properties of alloys andsolders available. As a guide for porcelain compatibility, the coefficients of thermal expansion (CTE) are listed for ceramic alloys. Foradditional information about our alloys, restorative materials or equipment, please call (800) 496-9500 and speak to one of our technical,sales or customer service Prosthetic Specialists.
Compositions & Physical Properties
About Us
PenCast™PenCeram™ } Au%* Y Alpha Type
Only if Yellow
Only if same Au content, elements & type
PF = Pd Free; SF = Ag Free; CF = Cu Free
Only if same Au content & elements (i.e. Type III, Hard =H)
*Pd content is listed if preceeded by a P (High Pd Alloys)
- PF, SF, CF
ItemCode
ADAClass.
ItemCode
ADAClass.
ItemCode
ADAClass.
LaserWire
Call for all your alloy needs
1-800-496-9500
Zahn Dental and Pentron Alloys LLC, together, are positioned to meet the changing dynamics of the Dental Laboratory Business.Pentron Alloys, LLC founded in 1967 on the simple premise of researching, developing, and manufacturing the mosttechnologically advanced alloys in the world has been a consistent bench mark for quality alloys within the dental industry.
Pentron Alloy’s commitment to quality has earned them worldwide ISO 13485 status and CE Mark 0197. In 2004, Zahn Dental beganto deliver Pentron Alloys, LLC products exclusively. This partnership strikes the perfect balance between quality service, and innovativetechnologies.
Alloy NomenclaturePentron Alloys, LLC has developed an overall strategy to develop a standard and consistent system for identifying precious alloyproducts.
The system works as follows:Casting alloys will be referred to as PenCast™ and Ceramic alloys as PenCeram™
20070628-ZAHN chart 6/28/07 4:18 PM Page 1
PenCast™84Y (*Rx A™) 726-1851 HN 84 1 12 Cu: 2.5, Zn, Ir I 1720–1860 938–1015 Q 85 18,350 126 51,000 352 10.15 70.03 51 16.6 650 LWCT77
PenCast™82Y (Holistic™) 726-1856 HN 82 18 Ir II 2110–2385 1156–1307 Q 95 21,200 146 45,700 315 7.34 50.6 23 19.2 650 LWCT77
PenCast™77Y 726-1853 HN 77 1 13 Cu: 8.5, Zn, Ir II 1670–1742 910–950 Q 120 32,000 221 62,000 425 15.73 108.5 54 15.4 660 LWCT77(Special Inlay Gold™)
PenCast™75Y (*Rx B™) 726-1852 HN 75 3 16.5 Cu: 4.5, Zn, Ir II 1680–1780 915–971 Q 112 27,715 191 57,000 393 11.82 81.54 45 15.9 650 LWCT75
PenCast™75Y-H (*Rx C™) 726-1854 HN 75 3 11.5 Cu: 10, Zn, Ir III 1544–1625 840–885 Q 133 38,305 264 77,000 531 13.14 90.6 50 15.5 650 LWCT75
PenCast™68Y (*Rx IV™) 726-1855 HN 68 1 6 12 Cu: 10, Zn, Ir IV 1553–1733 845–945 Q 140 73,660 508 101,210 698 14.35 99 32 15.2 615 LWCT75H 230 90,770 626 115,130 794 15.22 105 24
PenCast™63Y 726-1863 HN 63 3 25 Cu: 9, Zn, Ir III 1630–1750 888–954 Q 168 34,250 236 50,000 345 8.69 59.96 39 14.2 585 LWCT75(*Rx ORY™) H 215 85,000 586 110,000 759 12.51 86.33 6
PenCast™62Y(LDG C&B™) 726-1864 HN 62 3 24 Cu: 10.5, Zn, Ir III 1570–1760 854–960 Q 130 41,000 283 64,000 441 9.43 65 20 14.1 585 LWCT75
PenCast™61Y(Rx C&B™ 61) 726-1875 HN 61 1 27.5 Cu: 9.5, Zn, Ir II 1680–1775 916–968 Q 120 30,000 207 65,000 448 10.0 68.94 45 14.25 615 LWCT75
PenCast™60Y (Rx D™) 726-1865 HN 60 4 20.5 Cu: 15, Zn, Ir III, IV 1665–1710 907–932 Q 165 50,760 350 77,000 531 12.76 88 35 14.5 585 LWCT75H 235 88,000 607 108,200 746 14.5 100 4
PenCast™60Y-PF 726-1882 HN 60 3.5 20.5 Cu: 15, Zn, Ir IV 1562–1625 850–885 Q 200 68,200 470 88,900 613 12.76 88 19 14.5 650 LWCT75(Bio C&B™) H 255 108,000 745 117,500 810 9
PenCast™58Y-CF 726-1881 HN 58 7.5 28.5 In: 4, Zn, Ir IV 1680–1900 915–1038 Q 145 44,950 310 74,675 515 16.53 114 44 14 615 LWCT33(KB58-KF™) H 200 65,975 455 79,750 550 30
PenCast™57Y-EH 726-1867 HN 57 4 26 Cu: 12, Zn, Ir IV 1600–1700 871–927 Q 185 52,000 358 75,700 522 11.60 80 37 13.6 615 LWCT56(LDG 44™) H 255 72,000 497 88,600 611 12.47 86 8
PenCast™57Y 726-1874 HN 57 3 27.5 Cu: 10, In, Zn, Ir III 1675–1775 913–968 Q 145 42,000 290 70,000 483 11.60 80 34 14 615 LWCT56(Rx C&B™ 57) H 210 85,000 586 103,000 710 13
PenCast™52Y 726-1868 N 52 5 23.5 Cu: 18, In, Zn, Ir III, IV 1590–1670 866–910 Q 150 57,000 393 84,000 579 11.35 78.25 12 13.6 585 LWCT56(Rx NYSP™) H 215 91,000 628 103,000 710 11.94 82.32 4
PenCast™50Y-EH 726-1880 HN 50 10 20.5 Cu: 18.5, Zn, Ir IV 1630–1700 888–927 Q 186 67,000 462 92,000 634 16.67 115 36 13.75 615 LWCT56(H-50™) H 306 113,000 779 138,000 952 17.4 120 4
PenCast™50Y 726-1877 N 50 4 35 Cu: 10, Zn, Ir III 1580–1760 860–960 Q 138 44,860 309 73,000 503 15.22 104 28 13.2 585 LWCT56(Rx C&B™ 50) H 225 94,000 648 122,500 845 16.0 110 15
PenCast™47Y 726-1869 N 47 6.5 39 Cu: 7.5, In, Sn, Zn, Ir III 1661–1832 905–1000 Q 117 41,420 285 68,570 473 12.38 85.37 43 13 585 LWCT56(*Rx Midacast™) H 230 86,000 593 100,000 690 14.22 98.1 14
PenCast™45Y 726-1873 N 45 6 39.5 Cu: 8.5, In, Zn, Ir III 1600–1700 871–927 Q 140 38,000 262 72,000 497 8.44 58.20 35 12.75 615 LWCT56(Rx C&B™ 45) H 225 78,000 538 97,000 669 14.43 99.50 15
PenCast™42Y 726-1871 N 41.7 5 28 Cu: 23, In, Ir III, IV 1480–1550 804–843 Q 175 54,000 372 84,000 579 8.88 61.2 20 12.5 660 LWCT56(Rx 41™) H 245 69,900 476 92,000 634 12.18 84 13
PenCast™40Y 726-1872 N 40 4 47 Cu: 8, In, Zn, Ir III 1500–1724 816–940 Q 125 34,000 234 64,000 441 7.92 54.6 32 12.41 615 LWCT56(Rx C&B™ 40) H 215 82,000 565 96,000 662 13.61 93.88 13
PenCast™20Y-CF 726-1876 N 20 20 41 In: 17, Zn, Ir III 1769–2021 965–1105 Q 148 34,283 236 64,000 441 6.56 45.2 7 11.25 585, 615 LWCT75(Rx C&B™ 20) H 190 75,000 517 92,500 638 4
Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag Type Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag Type @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeramHE™75Y-CF 726-1858 HN 75 9 12.5 Rh: 1, Ta, Zn, Ir III 15.6 15.8 1840–1967 1004–1075 Q 125 40,020 276 63,220 436 12.73 87.8 22 16.70 LM LWHE75(BIO™ 75G†) H 200 63,075 435 112,375 775 14.52 100.2 14
PenCeramHE™74Y 726-2258 HN 74 9 9.25 Cu: 4.5, Zn: 2, Sn, Ir IV 16.0 16.2 1634–1823 890–995 S 150 46,400 320 72,500 500 15.08 104 15 16.1 HM LWHE75(Bio 74™-PF†) H 220 65,975 455 91,350 630 7 LM
PenCeramHE™73Y-CF 726-1861 HN 73 5 19 In, Zn, Ir IV 16.5 16.9 1778–1931 970–1055 197 74,100 511 87,500 603 13.92 96 6 15.31 Gold Core Gold Core LWHE73(Gold Core® 73LS†)
PenCeramHE™55Y-CF 726-1860 HN 55 10 29 In, Zn, Ir, Sn IV 16.9 17.3 1778–1958 970–1070 224 87,860 606 90,600 625 15.12 104.3 1.5 13.85 Gold Core Gold Core LWHE55(Gold Core® 55†)
PenCeramHE™40Y-CF 726-1878 HN 40 20 22.5 In: 15, Zn, Ir III, IV 16.4 16.64 1700–1885 925–1030 Q 150 40,000 276 85,000 586 11.29 77.87 13 13 585, 615 LWHE55(Rx KB40-KF™†) H 220 66,500 459 105,000 724 13.8 95.5 7
Gold Core 38 726-5658 N 38 17 36 Ir IV 16.9 17.3 1868-1967 1020-1075 240 95,700 660 92,800 640 14.5 100 3 13.1 Gold Core Gold Core LWHE55(Gold Core® 38†)
PenCeramHE™02Y-CF 726-1889 N 2 40 25 In: 29, Zn, Ir III 16.2 16.2 1922–2084 1050–1140 Q 230 40,000 276 50,000 345 15.0 103.5 3 9.6 615 --(Rx Nu Gold™ 2%†)
PenCast™P25 726-1886 N 2 25 56 Cu: 15.5, In, Ru III 1598–1796 870–980 Q 155 39,000 269 70,000 483 9.50 65.5 12 10.50 WLF LWCT33(Rx SP-2™) H 190 45,000 310 80,000 552 8
PenCast™P25-CF 726-1885 N 25 71.5 In: 2.5, Zn, Ru III 1975–2050 1080–1121 Q 145 36,000 248 60,000 414 7.92 54.6 10 10.50 WLF LWCT33(Rx PMW™) H 155 45,000 310 65,000 448 8
PenCast™P22 726-1887 PB 22 66 Cu: 10, In, Ru III-IV 1750–1850 954–1010 Q 175 48,000 331 74,000 510 9.67 66.7 15 10.45 WLF LWCT33(Rx Unique White™) H 225 54,000 372 79,000 545 10.19 70.2 7
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™97Y-PF 726-1928 HN 97 2 In, Ir 15.5 15.7 1904–1985 1040–1085 42 5,500 34.48 20,650 142.41 11.68 80.54 54 19.2 Bio Lot 660 LWCM99(Bio 97®)
SinterKor® See Table HN 95 5 15.1 15.3 2039–2075 1115–1135 45 7,975 55 22,040 152 – – 44 19.35 SinterKor® --
PenCeram™90Y 726-2653 HN 90 6 1.6 Ag, Ir, In, Fe, Sn 14.56 14.78 1909-2088 1043-1142 108 30,600 211 49,202 338 9.863 68 20 17.7 Bio Lot or YPF 660 or 650 LWCM89
PenCeram™87Y-PF 726-1890 HN 87 10 In, Ir, Fe, Rh 14.5 14.7 1915–2085 1046–1140 150 54,000 372 66,000 455 12.58 86.74 10 18.5 CN 650 LWCM88(Rx G™)
PenCeram™87Y(Rx CG™) 726-1893 HN 87 6.5 5 1 In, Sn, Ir, Fe 14 14.1 2100–2150 1149–1177 155 48,000 331 67,000 462 9.66 66.6 5 18.5 CG 650 LWCM88
PenCeram™86Y-PF 726-1930 HN 86 11 In, Zn, Ir, Mn, Ta 14.5 14.6 1870–2030 1020–1110 AC 190 74,800 516 87,600 604 14.41 99.38 9 18.9 Bio-Lot 650 LWCM88(Bio 86™) H 215 84,500 583 96,000 662 15.25 105.17 7.5
PenCeram™86Y 726-1892 HN 86 10 2 In, Ir 14.3 14.45 1958–2174 1070–1190 161 61,045 421 76,560 528 13.92 96 8 18.74 YPF 650 LWCM88(Rx G-Universal™)
PenCeram™84Y 726-1895 HN 84 7 6 1 In, Sn, Zn, Ir 14.55 14.77 2150–2225 1177–1218 145 77,000 531 87,000 600 11.0 75.8 8 17.43 CG 650 LWCM84(Y Ceramic™)
PenCeram™82Y 726-6316 HN 82 8 4.45 2.5 Ir, Rh, Ta, Sn 14.4 14.5 1938-2325 1059-1251 117 55,980 386 74,840 516 13.5 93.4 11 17.95 CG 650 LWCM84
PenCeram™81Y-PF 726-1926 HN 81 17.5 In, Ir, Ta, Ti, Zn 14.2 14.4 1995–2300 1090–1260 145 48,500 335 71,500 493 15.5 106.9 14 18.5 YPF 650 LWCM84(Biostar™)
PenCeram™75YB 726-3262 HN 75 14.8 3 In: 5, Ir 14.3 14.4 2077-2280 1136-1249 224 78,500 541 95, 870 661 15.4 106 11 16.6 YPF 615 LWCM65
PenCeram™75YA 726-1894 HN 75 13 10 In, Sn, Ir 14.85 15.3 2150–2250 1177–1232 145 63,000 434 88,000 607 14.5 99.98 7 16 CG 650 LWCM65(Rx Sp CG™)
PenCeram™74Y(PSPCG™) 726-1896 HN 74 4 8 11 In: 2, Sn: 1, Ir 14.75 15.0 1970–2127 1076–1164 205 62,800 433 83,200 574 14.5 99.98 9 16.98 YPF 615 LWCM65
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™77 726-1924 HN 76.6 9.9 9.3 1.2 Cu, In, Sn, Ir, Fe 13.8 14.0 2125–2327 1163–1275 210 63,000 434 85,000 586 14.15 100 9 18 CG 650 LWCM77(Nobil Ceram™)
PenCeram™65 726-2030 HN 65 25 In: 9, Ir, Ga, Ag 14.05 14.3 2106-2325 1152-1274 248 87,600 604 100,220 691 17.5 121 6.25 14.5 SF WLF with LF Flux LWCM65
PenCeram™62 726-1899 HN 62 24.5 7 In: 6, Ir, Ru 14.55 14.77 2150–2300 1177–1260 220 65,000 448 98,000 676 18.14 125.08 5 14.74 SF, WCG WLF LWCM52(Rx Ceramic Bond™)
PenCeram™53 726-1897 HN 52.5 26.5 16.75 In, Sn, Ir 14.48 14.74 2210–2318 1210–1270 219 75,564 521 102,997 710 17.55 121.5 15 14.4 WCG, SF WLF LWCM52(Rx WCG-Lite™)
PenCeram™52(Rx WCG™) 726-1902 HN 52 30 14 In: 3, Sn, Ru 14.25 14.56 2200–2300 1204–1260 220 80,000 552 100,000 690 14.2 97.9 10 13.75 WCG WLF LWCM52
PenCeram™50A 726-1906 HN 50 8.5 18 19 In, Sn, Ir 14.35 14.59 2129–2282 1165–1250 190 63,250 436 88,000 607 16.09 111 9.4 14.35 SF, CG 650 LWCM52(Rx Cosmic™)
PenCeram™50B 726-1933 HN 50 25 19 In: 5, Ga, Ir 14.8 15.1 2093–2246 1145–1230 194 68,000 469 98,770 681 16.92 116.7 10 14.1 CG WLF LWCM52(Avanté™ Micro Fine 50)
PenCeram™45 726-1903 HN 45 40.5 6 In: 3.5, Sn: 2, Ga, Ru 13.9 14.2 2180–2335 1193–1279 210 80,000 552 106,000 731 16.96 117 18 13.35 WCG, SF WLF LWCM52(Rx Universal™)
PenCeram™40(Gold Pal™) 726-6197 HN 40 0.5 37 16 Sn: 5, Ga, Ir 14.51 14.74 2111–2291 1155–1255 267 87,580 604 121,655 839 18.27 126 10.5 13.2 SF, CG WLF LWCM58
PenCeram™13 726-1917 N 13 58 17 In: 7, Sn: 3.5, Ga, Ru 14.10 14.4 2110–2325 1155–1270 S 210 97,000 669 133,000 917 21.25 146 24 12.2 SF WLF LWCM80(Whitestar™) H 300 102,225 705 142,000 979 20
PenCeram™06 (Aspen™) 726-1921 N 5.5 1 75 6.5 In: 6, Ga: 6, Ru 13.9 14.15 2115–2275 1157–1246 200 80,000 552 125,000 862 18.0 124.1 21 11 SF, CN WLF LWCM80
PenCeram™02 726-1913 N 2 79 5 Ga: 5, Sn, Zn, Ru 13.8 14.0 2085–2380 1140–1305 230 71,500 493 117,770 812 17.56 121.1 47 11.2 SF, CN WLF LWCM80(Rx Naturelle™ Cu-Free)
PenCeram™01 726-1911 N 1 76 10 In: 6.5, Ga: 6, Ru 14.3 14.5 2050–2350 1121–1288 230 88,800 607 132,500 916 18.65 128.6 42 11.44 SF, CN WLF LWCM80(Zenon Plus™)
PenCeram™P80 (LTA™) 726-1931 N 80 5.5 In: 6.5, Ga: 6.5, Zn, Ru 13.72 13.98 2073–2395 1134–1313 255 82,500 572 127,000 855 20.69 130.8 41.5 11.38 SF, CN WLF LWCM65
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™76-SF 726-1935 HN 75.75 0.25 17.6 In, Sn, Ir 14.3 14.6 2021–2219 1105–1215 227 77,305 533 81,076 559 15.22 105 3 15.73 SF 650 LWCM77(Avanté™ Micro Fine 76)
PenCeram™68-SF 726-1898 HN 68 0.5 22.5 In: 7, Ga, Zn, Ir, Ru 14.3 14.6 1976–2200 1080–1205 233 84,680 585 103,675 715 17.86 123.2 10.5 16.5 YPF 650 LWCM65(Rx Everest®)
PenCeram™60-SF 726-1269 HN 60 30.5 In: 8.5, Ga, Ir 13.8 14.1 2201–2336 1205–1280 244 82,671 570 109,938 758 19.07 131.5 15 15.07 SF 650 LWCM65(Avanté™ Micro Fine 60)
PenCeram™52-SF(Rx SFC™) 726-1900 HN 52 38 In: 8.5, Ga, Ir 13.6 13.8 2250–2350 1232–1288 225 85,000 586 115,000 793 13.08 90.2 18.5 13.5 SF WLF LWCM52SF
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™P79A-SF 726-1912 N 2 79 Cu: 10, Ga: 9, Ru 13.8 14.2 1994–2219 1090–1215 320 132,000 910 164,000 1131 15.95 110 10 10.6 CN, SF WLF LWCM80(Rx Naturelle™)
PenCeram™P77A-SF 726-1916 N 2 77 Cu: 10, In: 4, Ga: 7, Ru 13.8 14.0 2050–2250 1121–1232 370 110,000 759 150,000 1034 18.12 125 20 10.5 CN, SF WLF LWCM80(Rx Naturelle™ Plus)
PenCeram™P79B-SF 726-1918 N 79 Cu: 10, In: 4, Ga: 7, Zn, Ru 14.02 14.23 2180–2210 1193–1210 330 100,000 690 130,000 896 17.98 124 18 10.5 CN WLF LWCM80(Rx Naturelle™ Lite)
PenCeram™P77B-SF 726-1915 N 2 77 Cu: 10, In: 6, Ga: 5, Zn, Ru 13.85 14.2 2150–2325 1176–1274 260 90,000 620 137,000 940 19.84 136.8 35 10.5 CN, SF WLF LWCM80(Correct Fit™ II)
PenCeram™P76-SF 726-1935 N 1 76 Cu: 10, In: 6, Ga: 5, Ru 13.6 13.95 2147-2354 1175-1290 261 70,300 485 98,900 682 16.8 116 36 10.9 CN, SF WLF LWCM80
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™P61 726-1920 N 60.5 28 In: 6.5, Sn: 2.5, Ga, Ru 14.6 15.0 2200–2275 1204–1246 250 80,000 552 110,000 759 18.13 125 10 10.5 WCG, Z29 WLF LWCM58(Rx Palladent B™)
PenCeram™P58 726-1905 N 58 30 In, Sn, Ga, Ru 14.6 14.9 2066–2309 1130–1265 300 104,000 720 131,500 903 19.35 133.45 9 10.85 SF, Z29 WLF LWCM58(Rx 90E™)
PenCeram™P54A 726-1908 N 2 53.5 35.5 Sn, Ru 14.9 15.3 2175–2300 1191–1260 195 63,575 438 89,175 615 20.56 141.7 10.15 11 WCG, Z29 WLF LWCM58(Rx 91 Plus™)
PenCeram™P54B 726-1907 N 53.5 37.5 Sn: 8.5, In, Ru 14.9 15.3 2130–2265 1165–1240 235 95,800 660 131,000 903 19.0 131 14 11 SF, Z29 WLF LWCM58(*Rx 91™)
PenCeram™P50 726-1909 N 50 40 In: 5.5, Sn: 3.5, Ga, Ru 15.1 15.5 2200–2275 1204–1246 240 80,000 551 100,000 689 19.0 131 6 10.6 SF, Z29 650 LWCM58(Rx Pd 50™)
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Ti @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3
R/2™ 726-1466 PB 90 Al, V, H, N 10.22 10.30 2800–3000 1538–1649 330 129,920 896 145,000 1000 16.75 115.49 9 ‡‡ 4.51 Z29 ‡‡‡ --
YELLOW CROWN & BRIDGE CASTING ALLOYS
WHITE CROWN & BRIDGE ALLOYS
YELLOW CROWN & BRIDGE COPPER- FREE ALLOYS ( † Can be used with High Expansion, Low Fusing Porcelains)
YELLOW CERAMIC GOLD ALLOYS Ceramic alloys are tested according to ADA Spec. #38, ISO 9693
WHITE CERAMIC ALLOYS WITH SILVER
WHITE CERAMIC ALLOYS—SILVER-FREE
HIGH PALLADIUM CERAMIC ALLOYS—SILVER-FREE
PALLADIUM-SILVER CERAMIC ALLOYS
TITANIUM ALLOYS Not for use with conventional casting techniques—Requires special casting technology
Items needed to produce SinterKor®:SinterKor® 90+PT 726-1992SinterKor® 90+PT ANT 726-1991SinterKor® 24K Au Rods 726-1990JP Gold Bonder™ 726-1981
Composition (1)
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© 2007 Henry Schein, Inc. No copying without permission. Not responsible for typographical errors.
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Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag Type Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3
20070628-ZAHN chart 6/28/07 4:18 PM Page 2
PenCast™84Y (*Rx A™) 726-1851 HN 84 1 12 Cu: 2.5, Zn, Ir I 1720–1860 938–1015 Q 85 18,350 126 51,000 352 10.15 70.03 51 16.6 650 LWCT77
PenCast™82Y (Holistic™) 726-1856 HN 82 18 Ir II 2110–2385 1156–1307 Q 95 21,200 146 45,700 315 7.34 50.6 23 19.2 650 LWCT77
PenCast™77Y 726-1853 HN 77 1 13 Cu: 8.5, Zn, Ir II 1670–1742 910–950 Q 120 32,000 221 62,000 425 15.73 108.5 54 15.4 660 LWCT77(Special Inlay Gold™)
PenCast™75Y (*Rx B™) 726-1852 HN 75 3 16.5 Cu: 4.5, Zn, Ir II 1680–1780 915–971 Q 112 27,715 191 57,000 393 11.82 81.54 45 15.9 650 LWCT75
PenCast™75Y-H (*Rx C™) 726-1854 HN 75 3 11.5 Cu: 10, Zn, Ir III 1544–1625 840–885 Q 133 38,305 264 77,000 531 13.14 90.6 50 15.5 650 LWCT75
PenCast™68Y (*Rx IV™) 726-1855 HN 68 1 6 12 Cu: 10, Zn, Ir IV 1553–1733 845–945 Q 140 73,660 508 101,210 698 14.35 99 32 15.2 615 LWCT75H 230 90,770 626 115,130 794 15.22 105 24
PenCast™63Y 726-1863 HN 63 3 25 Cu: 9, Zn, Ir III 1630–1750 888–954 Q 168 34,250 236 50,000 345 8.69 59.96 39 14.2 585 LWCT75(*Rx ORY™) H 215 85,000 586 110,000 759 12.51 86.33 6
PenCast™62Y(LDG C&B™) 726-1864 HN 62 3 24 Cu: 10.5, Zn, Ir III 1570–1760 854–960 Q 130 41,000 283 64,000 441 9.43 65 20 14.1 585 LWCT75
PenCast™61Y(Rx C&B™ 61) 726-1875 HN 61 1 27.5 Cu: 9.5, Zn, Ir II 1680–1775 916–968 Q 120 30,000 207 65,000 448 10.0 68.94 45 14.25 615 LWCT75
PenCast™60Y (Rx D™) 726-1865 HN 60 4 20.5 Cu: 15, Zn, Ir III, IV 1665–1710 907–932 Q 165 50,760 350 77,000 531 12.76 88 35 14.5 585 LWCT75H 235 88,000 607 108,200 746 14.5 100 4
PenCast™60Y-PF 726-1882 HN 60 3.5 20.5 Cu: 15, Zn, Ir IV 1562–1625 850–885 Q 200 68,200 470 88,900 613 12.76 88 19 14.5 650 LWCT75(Bio C&B™) H 255 108,000 745 117,500 810 9
PenCast™58Y-CF 726-1881 HN 58 7.5 28.5 In: 4, Zn, Ir IV 1680–1900 915–1038 Q 145 44,950 310 74,675 515 16.53 114 44 14 615 LWCT33(KB58-KF™) H 200 65,975 455 79,750 550 30
PenCast™57Y-EH 726-1867 HN 57 4 26 Cu: 12, Zn, Ir IV 1600–1700 871–927 Q 185 52,000 358 75,700 522 11.60 80 37 13.6 615 LWCT56(LDG 44™) H 255 72,000 497 88,600 611 12.47 86 8
PenCast™57Y 726-1874 HN 57 3 27.5 Cu: 10, In, Zn, Ir III 1675–1775 913–968 Q 145 42,000 290 70,000 483 11.60 80 34 14 615 LWCT56(Rx C&B™ 57) H 210 85,000 586 103,000 710 13
PenCast™52Y 726-1868 N 52 5 23.5 Cu: 18, In, Zn, Ir III, IV 1590–1670 866–910 Q 150 57,000 393 84,000 579 11.35 78.25 12 13.6 585 LWCT56(Rx NYSP™) H 215 91,000 628 103,000 710 11.94 82.32 4
PenCast™50Y-EH 726-1880 HN 50 10 20.5 Cu: 18.5, Zn, Ir IV 1630–1700 888–927 Q 186 67,000 462 92,000 634 16.67 115 36 13.75 615 LWCT56(H-50™) H 306 113,000 779 138,000 952 17.4 120 4
PenCast™50Y 726-1877 N 50 4 35 Cu: 10, Zn, Ir III 1580–1760 860–960 Q 138 44,860 309 73,000 503 15.22 104 28 13.2 585 LWCT56(Rx C&B™ 50) H 225 94,000 648 122,500 845 16.0 110 15
PenCast™47Y 726-1869 N 47 6.5 39 Cu: 7.5, In, Sn, Zn, Ir III 1661–1832 905–1000 Q 117 41,420 285 68,570 473 12.38 85.37 43 13 585 LWCT56(*Rx Midacast™) H 230 86,000 593 100,000 690 14.22 98.1 14
PenCast™45Y 726-1873 N 45 6 39.5 Cu: 8.5, In, Zn, Ir III 1600–1700 871–927 Q 140 38,000 262 72,000 497 8.44 58.20 35 12.75 615 LWCT56(Rx C&B™ 45) H 225 78,000 538 97,000 669 14.43 99.50 15
PenCast™42Y 726-1871 N 41.7 5 28 Cu: 23, In, Ir III, IV 1480–1550 804–843 Q 175 54,000 372 84,000 579 8.88 61.2 20 12.5 660 LWCT56(Rx 41™) H 245 69,900 476 92,000 634 12.18 84 13
PenCast™40Y 726-1872 N 40 4 47 Cu: 8, In, Zn, Ir III 1500–1724 816–940 Q 125 34,000 234 64,000 441 7.92 54.6 32 12.41 615 LWCT56(Rx C&B™ 40) H 215 82,000 565 96,000 662 13.61 93.88 13
PenCast™20Y-CF 726-1876 N 20 20 41 In: 17, Zn, Ir III 1769–2021 965–1105 Q 148 34,283 236 64,000 441 6.56 45.2 7 11.25 585, 615 LWCT75(Rx C&B™ 20) H 190 75,000 517 92,500 638 4
Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag Type Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag Type @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeramHE™75Y-CF 726-1858 HN 75 9 12.5 Rh: 1, Ta, Zn, Ir III 15.6 15.8 1840–1967 1004–1075 Q 125 40,020 276 63,220 436 12.73 87.8 22 16.70 LM LWHE75(BIO™ 75G†) H 200 63,075 435 112,375 775 14.52 100.2 14
PenCeramHE™74Y 726-2258 HN 74 9 9.25 Cu: 4.5, Zn: 2, Sn, Ir IV 16.0 16.2 1634–1823 890–995 S 150 46,400 320 72,500 500 15.08 104 15 16.1 HM LWHE75(Bio 74™-PF†) H 220 65,975 455 91,350 630 7 LM
PenCeramHE™73Y-CF 726-1861 HN 73 5 19 In, Zn, Ir IV 16.5 16.9 1778–1931 970–1055 197 74,100 511 87,500 603 13.92 96 6 15.31 Gold Core Gold Core LWHE73(Gold Core® 73LS†)
PenCeramHE™55Y-CF 726-1860 HN 55 10 29 In, Zn, Ir, Sn IV 16.9 17.3 1778–1958 970–1070 224 87,860 606 90,600 625 15.12 104.3 1.5 13.85 Gold Core Gold Core LWHE55(Gold Core® 55†)
PenCeramHE™40Y-CF 726-1878 HN 40 20 22.5 In: 15, Zn, Ir III, IV 16.4 16.64 1700–1885 925–1030 Q 150 40,000 276 85,000 586 11.29 77.87 13 13 585, 615 LWHE55(Rx KB40-KF™†) H 220 66,500 459 105,000 724 13.8 95.5 7
Gold Core 38 726-5658 N 38 17 36 Ir IV 16.9 17.3 1868-1967 1020-1075 240 95,700 660 92,800 640 14.5 100 3 13.1 Gold Core Gold Core LWHE55(Gold Core® 38†)
PenCeramHE™02Y-CF 726-1889 N 2 40 25 In: 29, Zn, Ir III 16.2 16.2 1922–2084 1050–1140 Q 230 40,000 276 50,000 345 15.0 103.5 3 9.6 615 --(Rx Nu Gold™ 2%†)
PenCast™P25 726-1886 N 2 25 56 Cu: 15.5, In, Ru III 1598–1796 870–980 Q 155 39,000 269 70,000 483 9.50 65.5 12 10.50 WLF LWCT33(Rx SP-2™) H 190 45,000 310 80,000 552 8
PenCast™P25-CF 726-1885 N 25 71.5 In: 2.5, Zn, Ru III 1975–2050 1080–1121 Q 145 36,000 248 60,000 414 7.92 54.6 10 10.50 WLF LWCT33(Rx PMW™) H 155 45,000 310 65,000 448 8
PenCast™P22 726-1887 PB 22 66 Cu: 10, In, Ru III-IV 1750–1850 954–1010 Q 175 48,000 331 74,000 510 9.67 66.7 15 10.45 WLF LWCT33(Rx Unique White™) H 225 54,000 372 79,000 545 10.19 70.2 7
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™97Y-PF 726-1928 HN 97 2 In, Ir 15.5 15.7 1904–1985 1040–1085 42 5,500 34.48 20,650 142.41 11.68 80.54 54 19.2 Bio Lot 660 LWCM99(Bio 97®)
SinterKor® See Table HN 95 5 15.1 15.3 2039–2075 1115–1135 45 7,975 55 22,040 152 – – 44 19.35 SinterKor® --
PenCeram™90Y 726-2653 HN 90 6 1.6 Ag, Ir, In, Fe, Sn 14.56 14.78 1909-2088 1043-1142 108 30,600 211 49,202 338 9.863 68 20 17.7 Bio Lot or YPF 660 or 650 LWCM89
PenCeram™87Y-PF 726-1890 HN 87 10 In, Ir, Fe, Rh 14.5 14.7 1915–2085 1046–1140 150 54,000 372 66,000 455 12.58 86.74 10 18.5 CN 650 LWCM88(Rx G™)
PenCeram™87Y(Rx CG™) 726-1893 HN 87 6.5 5 1 In, Sn, Ir, Fe 14 14.1 2100–2150 1149–1177 155 48,000 331 67,000 462 9.66 66.6 5 18.5 CG 650 LWCM88
PenCeram™86Y-PF 726-1930 HN 86 11 In, Zn, Ir, Mn, Ta 14.5 14.6 1870–2030 1020–1110 AC 190 74,800 516 87,600 604 14.41 99.38 9 18.9 Bio-Lot 650 LWCM88(Bio 86™) H 215 84,500 583 96,000 662 15.25 105.17 7.5
PenCeram™86Y 726-1892 HN 86 10 2 In, Ir 14.3 14.45 1958–2174 1070–1190 161 61,045 421 76,560 528 13.92 96 8 18.74 YPF 650 LWCM88(Rx G-Universal™)
PenCeram™84Y 726-1895 HN 84 7 6 1 In, Sn, Zn, Ir 14.55 14.77 2150–2225 1177–1218 145 77,000 531 87,000 600 11.0 75.8 8 17.43 CG 650 LWCM84(Y Ceramic™)
PenCeram™82Y 726-6316 HN 82 8 4.45 2.5 Ir, Rh, Ta, Sn 14.4 14.5 1938-2325 1059-1251 117 55,980 386 74,840 516 13.5 93.4 11 17.95 CG 650 LWCM84
PenCeram™81Y-PF 726-1926 HN 81 17.5 In, Ir, Ta, Ti, Zn 14.2 14.4 1995–2300 1090–1260 145 48,500 335 71,500 493 15.5 106.9 14 18.5 YPF 650 LWCM84(Biostar™)
PenCeram™75YB 726-3262 HN 75 14.8 3 In: 5, Ir 14.3 14.4 2077-2280 1136-1249 224 78,500 541 95, 870 661 15.4 106 11 16.6 YPF 615 LWCM65
PenCeram™75YA 726-1894 HN 75 13 10 In, Sn, Ir 14.85 15.3 2150–2250 1177–1232 145 63,000 434 88,000 607 14.5 99.98 7 16 CG 650 LWCM65(Rx Sp CG™)
PenCeram™74Y(PSPCG™) 726-1896 HN 74 4 8 11 In: 2, Sn: 1, Ir 14.75 15.0 1970–2127 1076–1164 205 62,800 433 83,200 574 14.5 99.98 9 16.98 YPF 615 LWCM65
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™77 726-1924 HN 76.6 9.9 9.3 1.2 Cu, In, Sn, Ir, Fe 13.8 14.0 2125–2327 1163–1275 210 63,000 434 85,000 586 14.15 100 9 18 CG 650 LWCM77(Nobil Ceram™)
PenCeram™65 726-2030 HN 65 25 In: 9, Ir, Ga, Ag 14.05 14.3 2106-2325 1152-1274 248 87,600 604 100,220 691 17.5 121 6.25 14.5 SF WLF with LF Flux LWCM65
PenCeram™62 726-1899 HN 62 24.5 7 In: 6, Ir, Ru 14.55 14.77 2150–2300 1177–1260 220 65,000 448 98,000 676 18.14 125.08 5 14.74 SF, WCG WLF LWCM52(Rx Ceramic Bond™)
PenCeram™53 726-1897 HN 52.5 26.5 16.75 In, Sn, Ir 14.48 14.74 2210–2318 1210–1270 219 75,564 521 102,997 710 17.55 121.5 15 14.4 WCG, SF WLF LWCM52(Rx WCG-Lite™)
PenCeram™52(Rx WCG™) 726-1902 HN 52 30 14 In: 3, Sn, Ru 14.25 14.56 2200–2300 1204–1260 220 80,000 552 100,000 690 14.2 97.9 10 13.75 WCG WLF LWCM52
PenCeram™50A 726-1906 HN 50 8.5 18 19 In, Sn, Ir 14.35 14.59 2129–2282 1165–1250 190 63,250 436 88,000 607 16.09 111 9.4 14.35 SF, CG 650 LWCM52(Rx Cosmic™)
PenCeram™50B 726-1933 HN 50 25 19 In: 5, Ga, Ir 14.8 15.1 2093–2246 1145–1230 194 68,000 469 98,770 681 16.92 116.7 10 14.1 CG WLF LWCM52(Avanté™ Micro Fine 50)
PenCeram™45 726-1903 HN 45 40.5 6 In: 3.5, Sn: 2, Ga, Ru 13.9 14.2 2180–2335 1193–1279 210 80,000 552 106,000 731 16.96 117 18 13.35 WCG, SF WLF LWCM52(Rx Universal™)
PenCeram™40(Gold Pal™) 726-6197 HN 40 0.5 37 16 Sn: 5, Ga, Ir 14.51 14.74 2111–2291 1155–1255 267 87,580 604 121,655 839 18.27 126 10.5 13.2 SF, CG WLF LWCM58
PenCeram™13 726-1917 N 13 58 17 In: 7, Sn: 3.5, Ga, Ru 14.10 14.4 2110–2325 1155–1270 S 210 97,000 669 133,000 917 21.25 146 24 12.2 SF WLF LWCM80(Whitestar™) H 300 102,225 705 142,000 979 20
PenCeram™06 (Aspen™) 726-1921 N 5.5 1 75 6.5 In: 6, Ga: 6, Ru 13.9 14.15 2115–2275 1157–1246 200 80,000 552 125,000 862 18.0 124.1 21 11 SF, CN WLF LWCM80
PenCeram™02 726-1913 N 2 79 5 Ga: 5, Sn, Zn, Ru 13.8 14.0 2085–2380 1140–1305 230 71,500 493 117,770 812 17.56 121.1 47 11.2 SF, CN WLF LWCM80(Rx Naturelle™ Cu-Free)
PenCeram™01 726-1911 N 1 76 10 In: 6.5, Ga: 6, Ru 14.3 14.5 2050–2350 1121–1288 230 88,800 607 132,500 916 18.65 128.6 42 11.44 SF, CN WLF LWCM80(Zenon Plus™)
PenCeram™P80 (LTA™) 726-1931 N 80 5.5 In: 6.5, Ga: 6.5, Zn, Ru 13.72 13.98 2073–2395 1134–1313 255 82,500 572 127,000 855 20.69 130.8 41.5 11.38 SF, CN WLF LWCM65
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™76-SF 726-1935 HN 75.75 0.25 17.6 In, Sn, Ir 14.3 14.6 2021–2219 1105–1215 227 77,305 533 81,076 559 15.22 105 3 15.73 SF 650 LWCM77(Avanté™ Micro Fine 76)
PenCeram™68-SF 726-1898 HN 68 0.5 22.5 In: 7, Ga, Zn, Ir, Ru 14.3 14.6 1976–2200 1080–1205 233 84,680 585 103,675 715 17.86 123.2 10.5 16.5 YPF 650 LWCM65(Rx Everest®)
PenCeram™60-SF 726-1269 HN 60 30.5 In: 8.5, Ga, Ir 13.8 14.1 2201–2336 1205–1280 244 82,671 570 109,938 758 19.07 131.5 15 15.07 SF 650 LWCM65(Avanté™ Micro Fine 60)
PenCeram™52-SF(Rx SFC™) 726-1900 HN 52 38 In: 8.5, Ga, Ir 13.6 13.8 2250–2350 1232–1288 225 85,000 586 115,000 793 13.08 90.2 18.5 13.5 SF WLF LWCM52SF
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™P79A-SF 726-1912 N 2 79 Cu: 10, Ga: 9, Ru 13.8 14.2 1994–2219 1090–1215 320 132,000 910 164,000 1131 15.95 110 10 10.6 CN, SF WLF LWCM80(Rx Naturelle™)
PenCeram™P77A-SF 726-1916 N 2 77 Cu: 10, In: 4, Ga: 7, Ru 13.8 14.0 2050–2250 1121–1232 370 110,000 759 150,000 1034 18.12 125 20 10.5 CN, SF WLF LWCM80(Rx Naturelle™ Plus)
PenCeram™P79B-SF 726-1918 N 79 Cu: 10, In: 4, Ga: 7, Zn, Ru 14.02 14.23 2180–2210 1193–1210 330 100,000 690 130,000 896 17.98 124 18 10.5 CN WLF LWCM80(Rx Naturelle™ Lite)
PenCeram™P77B-SF 726-1915 N 2 77 Cu: 10, In: 6, Ga: 5, Zn, Ru 13.85 14.2 2150–2325 1176–1274 260 90,000 620 137,000 940 19.84 136.8 35 10.5 CN, SF WLF LWCM80(Correct Fit™ II)
PenCeram™P76-SF 726-1935 N 1 76 Cu: 10, In: 6, Ga: 5, Ru 13.6 13.95 2147-2354 1175-1290 261 70,300 485 98,900 682 16.8 116 36 10.9 CN, SF WLF LWCM80
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™P61 726-1920 N 60.5 28 In: 6.5, Sn: 2.5, Ga, Ru 14.6 15.0 2200–2275 1204–1246 250 80,000 552 110,000 759 18.13 125 10 10.5 WCG, Z29 WLF LWCM58(Rx Palladent B™)
PenCeram™P58 726-1905 N 58 30 In, Sn, Ga, Ru 14.6 14.9 2066–2309 1130–1265 300 104,000 720 131,500 903 19.35 133.45 9 10.85 SF, Z29 WLF LWCM58(Rx 90E™)
PenCeram™P54A 726-1908 N 2 53.5 35.5 Sn, Ru 14.9 15.3 2175–2300 1191–1260 195 63,575 438 89,175 615 20.56 141.7 10.15 11 WCG, Z29 WLF LWCM58(Rx 91 Plus™)
PenCeram™P54B 726-1907 N 53.5 37.5 Sn: 8.5, In, Ru 14.9 15.3 2130–2265 1165–1240 235 95,800 660 131,000 903 19.0 131 14 11 SF, Z29 WLF LWCM58(*Rx 91™)
PenCeram™P50 726-1909 N 50 40 In: 5.5, Sn: 3.5, Ga, Ru 15.1 15.5 2200–2275 1204–1246 240 80,000 551 100,000 689 19.0 131 6 10.6 SF, Z29 650 LWCM58(Rx Pd 50™)
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Ti @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3
R/2™ 726-1466 PB 90 Al, V, H, N 10.22 10.30 2800–3000 1538–1649 330 129,920 896 145,000 1000 16.75 115.49 9 ‡‡ 4.51 Z29 ‡‡‡ --
YELLOW CROWN & BRIDGE CASTING ALLOYS
WHITE CROWN & BRIDGE ALLOYS
YELLOW CROWN & BRIDGE COPPER- FREE ALLOYS ( † Can be used with High Expansion, Low Fusing Porcelains)
YELLOW CERAMIC GOLD ALLOYS Ceramic alloys are tested according to ADA Spec. #38, ISO 9693
WHITE CERAMIC ALLOYS WITH SILVER
WHITE CERAMIC ALLOYS—SILVER-FREE
HIGH PALLADIUM CERAMIC ALLOYS—SILVER-FREE
PALLADIUM-SILVER CERAMIC ALLOYS
TITANIUM ALLOYS Not for use with conventional casting techniques—Requires special casting technology
Items needed to produce SinterKor®:SinterKor® 90+PT 726-1992SinterKor® 90+PT ANT 726-1991SinterKor® 24K Au Rods 726-1990JP Gold Bonder™ 726-1981
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
© 2007 Henry Schein, Inc. No copying without permission. Not responsible for typographical errors.
05PN3414
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ADAClass.
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ADAClass.
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ADAClass.
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ADAClass.
LaserWire
LaserWire
LaserWire
LaserWire
LaserWire
LaserWire
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ADAClass.
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ItemCode
ADAClass.
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ADAClass.
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ADAClass.
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CodeADA
Class.Balance
%
Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag Type Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3
20070628-ZAHN chart 6/28/07 4:18 PM Page 2
PenCast™84Y (*Rx A™) 726-1851 HN 84 1 12 Cu: 2.5, Zn, Ir I 1720–1860 938–1015 Q 85 18,350 126 51,000 352 10.15 70.03 51 16.6 650 LWCT77
PenCast™82Y (Holistic™) 726-1856 HN 82 18 Ir II 2110–2385 1156–1307 Q 95 21,200 146 45,700 315 7.34 50.6 23 19.2 650 LWCT77
PenCast™77Y 726-1853 HN 77 1 13 Cu: 8.5, Zn, Ir II 1670–1742 910–950 Q 120 32,000 221 62,000 425 15.73 108.5 54 15.4 660 LWCT77(Special Inlay Gold™)
PenCast™75Y (*Rx B™) 726-1852 HN 75 3 16.5 Cu: 4.5, Zn, Ir II 1680–1780 915–971 Q 112 27,715 191 57,000 393 11.82 81.54 45 15.9 650 LWCT75
PenCast™75Y-H (*Rx C™) 726-1854 HN 75 3 11.5 Cu: 10, Zn, Ir III 1544–1625 840–885 Q 133 38,305 264 77,000 531 13.14 90.6 50 15.5 650 LWCT75
PenCast™68Y (*Rx IV™) 726-1855 HN 68 1 6 12 Cu: 10, Zn, Ir IV 1553–1733 845–945 Q 140 73,660 508 101,210 698 14.35 99 32 15.2 615 LWCT75H 230 90,770 626 115,130 794 15.22 105 24
PenCast™63Y 726-1863 HN 63 3 25 Cu: 9, Zn, Ir III 1630–1750 888–954 Q 168 34,250 236 50,000 345 8.69 59.96 39 14.2 585 LWCT75(*Rx ORY™) H 215 85,000 586 110,000 759 12.51 86.33 6
PenCast™62Y(LDG C&B™) 726-1864 HN 62 3 24 Cu: 10.5, Zn, Ir III 1570–1760 854–960 Q 130 41,000 283 64,000 441 9.43 65 20 14.1 585 LWCT75
PenCast™61Y(Rx C&B™ 61) 726-1875 HN 61 1 27.5 Cu: 9.5, Zn, Ir II 1680–1775 916–968 Q 120 30,000 207 65,000 448 10.0 68.94 45 14.25 615 LWCT75
PenCast™60Y (Rx D™) 726-1865 HN 60 4 20.5 Cu: 15, Zn, Ir III, IV 1665–1710 907–932 Q 165 50,760 350 77,000 531 12.76 88 35 14.5 585 LWCT75H 235 88,000 607 108,200 746 14.5 100 4
PenCast™60Y-PF 726-1882 HN 60 3.5 20.5 Cu: 15, Zn, Ir IV 1562–1625 850–885 Q 200 68,200 470 88,900 613 12.76 88 19 14.5 650 LWCT75(Bio C&B™) H 255 108,000 745 117,500 810 9
PenCast™58Y-CF 726-1881 HN 58 7.5 28.5 In: 4, Zn, Ir IV 1680–1900 915–1038 Q 145 44,950 310 74,675 515 16.53 114 44 14 615 LWCT33(KB58-KF™) H 200 65,975 455 79,750 550 30
PenCast™57Y-EH 726-1867 HN 57 4 26 Cu: 12, Zn, Ir IV 1600–1700 871–927 Q 185 52,000 358 75,700 522 11.60 80 37 13.6 615 LWCT56(LDG 44™) H 255 72,000 497 88,600 611 12.47 86 8
PenCast™57Y 726-1874 HN 57 3 27.5 Cu: 10, In, Zn, Ir III 1675–1775 913–968 Q 145 42,000 290 70,000 483 11.60 80 34 14 615 LWCT56(Rx C&B™ 57) H 210 85,000 586 103,000 710 13
PenCast™52Y 726-1868 N 52 5 23.5 Cu: 18, In, Zn, Ir III, IV 1590–1670 866–910 Q 150 57,000 393 84,000 579 11.35 78.25 12 13.6 585 LWCT56(Rx NYSP™) H 215 91,000 628 103,000 710 11.94 82.32 4
PenCast™50Y-EH 726-1880 HN 50 10 20.5 Cu: 18.5, Zn, Ir IV 1630–1700 888–927 Q 186 67,000 462 92,000 634 16.67 115 36 13.75 615 LWCT56(H-50™) H 306 113,000 779 138,000 952 17.4 120 4
PenCast™50Y 726-1877 N 50 4 35 Cu: 10, Zn, Ir III 1580–1760 860–960 Q 138 44,860 309 73,000 503 15.22 104 28 13.2 585 LWCT56(Rx C&B™ 50) H 225 94,000 648 122,500 845 16.0 110 15
PenCast™47Y 726-1869 N 47 6.5 39 Cu: 7.5, In, Sn, Zn, Ir III 1661–1832 905–1000 Q 117 41,420 285 68,570 473 12.38 85.37 43 13 585 LWCT56(*Rx Midacast™) H 230 86,000 593 100,000 690 14.22 98.1 14
PenCast™45Y 726-1873 N 45 6 39.5 Cu: 8.5, In, Zn, Ir III 1600–1700 871–927 Q 140 38,000 262 72,000 497 8.44 58.20 35 12.75 615 LWCT56(Rx C&B™ 45) H 225 78,000 538 97,000 669 14.43 99.50 15
PenCast™42Y 726-1871 N 41.7 5 28 Cu: 23, In, Ir III, IV 1480–1550 804–843 Q 175 54,000 372 84,000 579 8.88 61.2 20 12.5 660 LWCT56(Rx 41™) H 245 69,900 476 92,000 634 12.18 84 13
PenCast™40Y 726-1872 N 40 4 47 Cu: 8, In, Zn, Ir III 1500–1724 816–940 Q 125 34,000 234 64,000 441 7.92 54.6 32 12.41 615 LWCT56(Rx C&B™ 40) H 215 82,000 565 96,000 662 13.61 93.88 13
PenCast™20Y-CF 726-1876 N 20 20 41 In: 17, Zn, Ir III 1769–2021 965–1105 Q 148 34,283 236 64,000 441 6.56 45.2 7 11.25 585, 615 LWCT75(Rx C&B™ 20) H 190 75,000 517 92,500 638 4
Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag Type Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag Type @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeramHE™75Y-CF 726-1858 HN 75 9 12.5 Rh: 1, Ta, Zn, Ir III 15.6 15.8 1840–1967 1004–1075 Q 125 40,020 276 63,220 436 12.73 87.8 22 16.70 LM LWHE75(BIO™ 75G†) H 200 63,075 435 112,375 775 14.52 100.2 14
PenCeramHE™74Y 726-2258 HN 74 9 9.25 Cu: 4.5, Zn: 2, Sn, Ir IV 16.0 16.2 1634–1823 890–995 S 150 46,400 320 72,500 500 15.08 104 15 16.1 HM LWHE75(Bio 74™-PF†) H 220 65,975 455 91,350 630 7 LM
PenCeramHE™73Y-CF 726-1861 HN 73 5 19 In, Zn, Ir IV 16.5 16.9 1778–1931 970–1055 197 74,100 511 87,500 603 13.92 96 6 15.31 Gold Core Gold Core LWHE73(Gold Core® 73LS†)
PenCeramHE™55Y-CF 726-1860 HN 55 10 29 In, Zn, Ir, Sn IV 16.9 17.3 1778–1958 970–1070 224 87,860 606 90,600 625 15.12 104.3 1.5 13.85 Gold Core Gold Core LWHE55(Gold Core® 55†)
PenCeramHE™40Y-CF 726-1878 HN 40 20 22.5 In: 15, Zn, Ir III, IV 16.4 16.64 1700–1885 925–1030 Q 150 40,000 276 85,000 586 11.29 77.87 13 13 585, 615 LWHE55(Rx KB40-KF™†) H 220 66,500 459 105,000 724 13.8 95.5 7
Gold Core 38 726-5658 N 38 17 36 Ir IV 16.9 17.3 1868-1967 1020-1075 240 95,700 660 92,800 640 14.5 100 3 13.1 Gold Core Gold Core LWHE55(Gold Core® 38†)
PenCeramHE™02Y-CF 726-1889 N 2 40 25 In: 29, Zn, Ir III 16.2 16.2 1922–2084 1050–1140 Q 230 40,000 276 50,000 345 15.0 103.5 3 9.6 615 --(Rx Nu Gold™ 2%†)
PenCast™P25 726-1886 N 2 25 56 Cu: 15.5, In, Ru III 1598–1796 870–980 Q 155 39,000 269 70,000 483 9.50 65.5 12 10.50 WLF LWCT33(Rx SP-2™) H 190 45,000 310 80,000 552 8
PenCast™P25-CF 726-1885 N 25 71.5 In: 2.5, Zn, Ru III 1975–2050 1080–1121 Q 145 36,000 248 60,000 414 7.92 54.6 10 10.50 WLF LWCT33(Rx PMW™) H 155 45,000 310 65,000 448 8
PenCast™P22 726-1887 PB 22 66 Cu: 10, In, Ru III-IV 1750–1850 954–1010 Q 175 48,000 331 74,000 510 9.67 66.7 15 10.45 WLF LWCT33(Rx Unique White™) H 225 54,000 372 79,000 545 10.19 70.2 7
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™97Y-PF 726-1928 HN 97 2 In, Ir 15.5 15.7 1904–1985 1040–1085 42 5,500 34.48 20,650 142.41 11.68 80.54 54 19.2 Bio Lot 660 LWCM99(Bio 97®)
SinterKor® See Table HN 95 5 15.1 15.3 2039–2075 1115–1135 45 7,975 55 22,040 152 – – 44 19.35 SinterKor® --
PenCeram™90Y 726-2653 HN 90 6 1.6 Ag, Ir, In, Fe, Sn 14.56 14.78 1909-2088 1043-1142 108 30,600 211 49,202 338 9.863 68 20 17.7 Bio Lot or YPF 660 or 650 LWCM89
PenCeram™87Y-PF 726-1890 HN 87 10 In, Ir, Fe, Rh 14.5 14.7 1915–2085 1046–1140 150 54,000 372 66,000 455 12.58 86.74 10 18.5 CN 650 LWCM88(Rx G™)
PenCeram™87Y(Rx CG™) 726-1893 HN 87 6.5 5 1 In, Sn, Ir, Fe 14 14.1 2100–2150 1149–1177 155 48,000 331 67,000 462 9.66 66.6 5 18.5 CG 650 LWCM88
PenCeram™86Y-PF 726-1930 HN 86 11 In, Zn, Ir, Mn, Ta 14.5 14.6 1870–2030 1020–1110 AC 190 74,800 516 87,600 604 14.41 99.38 9 18.9 Bio-Lot 650 LWCM88(Bio 86™) H 215 84,500 583 96,000 662 15.25 105.17 7.5
PenCeram™86Y 726-1892 HN 86 10 2 In, Ir 14.3 14.45 1958–2174 1070–1190 161 61,045 421 76,560 528 13.92 96 8 18.74 YPF 650 LWCM88(Rx G-Universal™)
PenCeram™84Y 726-1895 HN 84 7 6 1 In, Sn, Zn, Ir 14.55 14.77 2150–2225 1177–1218 145 77,000 531 87,000 600 11.0 75.8 8 17.43 CG 650 LWCM84(Y Ceramic™)
PenCeram™82Y 726-6316 HN 82 8 4.45 2.5 Ir, Rh, Ta, Sn 14.4 14.5 1938-2325 1059-1251 117 55,980 386 74,840 516 13.5 93.4 11 17.95 CG 650 LWCM84
PenCeram™81Y-PF 726-1926 HN 81 17.5 In, Ir, Ta, Ti, Zn 14.2 14.4 1995–2300 1090–1260 145 48,500 335 71,500 493 15.5 106.9 14 18.5 YPF 650 LWCM84(Biostar™)
PenCeram™75YB 726-3262 HN 75 14.8 3 In: 5, Ir 14.3 14.4 2077-2280 1136-1249 224 78,500 541 95, 870 661 15.4 106 11 16.6 YPF 615 LWCM65
PenCeram™75YA 726-1894 HN 75 13 10 In, Sn, Ir 14.85 15.3 2150–2250 1177–1232 145 63,000 434 88,000 607 14.5 99.98 7 16 CG 650 LWCM65(Rx Sp CG™)
PenCeram™74Y(PSPCG™) 726-1896 HN 74 4 8 11 In: 2, Sn: 1, Ir 14.75 15.0 1970–2127 1076–1164 205 62,800 433 83,200 574 14.5 99.98 9 16.98 YPF 615 LWCM65
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™77 726-1924 HN 76.6 9.9 9.3 1.2 Cu, In, Sn, Ir, Fe 13.8 14.0 2125–2327 1163–1275 210 63,000 434 85,000 586 14.15 100 9 18 CG 650 LWCM77(Nobil Ceram™)
PenCeram™65 726-2030 HN 65 25 In: 9, Ir, Ga, Ag 14.05 14.3 2106-2325 1152-1274 248 87,600 604 100,220 691 17.5 121 6.25 14.5 SF WLF with LF Flux LWCM65
PenCeram™62 726-1899 HN 62 24.5 7 In: 6, Ir, Ru 14.55 14.77 2150–2300 1177–1260 220 65,000 448 98,000 676 18.14 125.08 5 14.74 SF, WCG WLF LWCM52(Rx Ceramic Bond™)
PenCeram™53 726-1897 HN 52.5 26.5 16.75 In, Sn, Ir 14.48 14.74 2210–2318 1210–1270 219 75,564 521 102,997 710 17.55 121.5 15 14.4 WCG, SF WLF LWCM52(Rx WCG-Lite™)
PenCeram™52(Rx WCG™) 726-1902 HN 52 30 14 In: 3, Sn, Ru 14.25 14.56 2200–2300 1204–1260 220 80,000 552 100,000 690 14.2 97.9 10 13.75 WCG WLF LWCM52
PenCeram™50A 726-1906 HN 50 8.5 18 19 In, Sn, Ir 14.35 14.59 2129–2282 1165–1250 190 63,250 436 88,000 607 16.09 111 9.4 14.35 SF, CG 650 LWCM52(Rx Cosmic™)
PenCeram™50B 726-1933 HN 50 25 19 In: 5, Ga, Ir 14.8 15.1 2093–2246 1145–1230 194 68,000 469 98,770 681 16.92 116.7 10 14.1 CG WLF LWCM52(Avanté™ Micro Fine 50)
PenCeram™45 726-1903 HN 45 40.5 6 In: 3.5, Sn: 2, Ga, Ru 13.9 14.2 2180–2335 1193–1279 210 80,000 552 106,000 731 16.96 117 18 13.35 WCG, SF WLF LWCM52(Rx Universal™)
PenCeram™40(Gold Pal™) 726-6197 HN 40 0.5 37 16 Sn: 5, Ga, Ir 14.51 14.74 2111–2291 1155–1255 267 87,580 604 121,655 839 18.27 126 10.5 13.2 SF, CG WLF LWCM58
PenCeram™13 726-1917 N 13 58 17 In: 7, Sn: 3.5, Ga, Ru 14.10 14.4 2110–2325 1155–1270 S 210 97,000 669 133,000 917 21.25 146 24 12.2 SF WLF LWCM80(Whitestar™) H 300 102,225 705 142,000 979 20
PenCeram™06 (Aspen™) 726-1921 N 5.5 1 75 6.5 In: 6, Ga: 6, Ru 13.9 14.15 2115–2275 1157–1246 200 80,000 552 125,000 862 18.0 124.1 21 11 SF, CN WLF LWCM80
PenCeram™02 726-1913 N 2 79 5 Ga: 5, Sn, Zn, Ru 13.8 14.0 2085–2380 1140–1305 230 71,500 493 117,770 812 17.56 121.1 47 11.2 SF, CN WLF LWCM80(Rx Naturelle™ Cu-Free)
PenCeram™01 726-1911 N 1 76 10 In: 6.5, Ga: 6, Ru 14.3 14.5 2050–2350 1121–1288 230 88,800 607 132,500 916 18.65 128.6 42 11.44 SF, CN WLF LWCM80(Zenon Plus™)
PenCeram™P80 (LTA™) 726-1931 N 80 5.5 In: 6.5, Ga: 6.5, Zn, Ru 13.72 13.98 2073–2395 1134–1313 255 82,500 572 127,000 855 20.69 130.8 41.5 11.38 SF, CN WLF LWCM65
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™76-SF 726-1935 HN 75.75 0.25 17.6 In, Sn, Ir 14.3 14.6 2021–2219 1105–1215 227 77,305 533 81,076 559 15.22 105 3 15.73 SF 650 LWCM77(Avanté™ Micro Fine 76)
PenCeram™68-SF 726-1898 HN 68 0.5 22.5 In: 7, Ga, Zn, Ir, Ru 14.3 14.6 1976–2200 1080–1205 233 84,680 585 103,675 715 17.86 123.2 10.5 16.5 YPF 650 LWCM65(Rx Everest®)
PenCeram™60-SF 726-1269 HN 60 30.5 In: 8.5, Ga, Ir 13.8 14.1 2201–2336 1205–1280 244 82,671 570 109,938 758 19.07 131.5 15 15.07 SF 650 LWCM65(Avanté™ Micro Fine 60)
PenCeram™52-SF(Rx SFC™) 726-1900 HN 52 38 In: 8.5, Ga, Ir 13.6 13.8 2250–2350 1232–1288 225 85,000 586 115,000 793 13.08 90.2 18.5 13.5 SF WLF LWCM52SF
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™P79A-SF 726-1912 N 2 79 Cu: 10, Ga: 9, Ru 13.8 14.2 1994–2219 1090–1215 320 132,000 910 164,000 1131 15.95 110 10 10.6 CN, SF WLF LWCM80(Rx Naturelle™)
PenCeram™P77A-SF 726-1916 N 2 77 Cu: 10, In: 4, Ga: 7, Ru 13.8 14.0 2050–2250 1121–1232 370 110,000 759 150,000 1034 18.12 125 20 10.5 CN, SF WLF LWCM80(Rx Naturelle™ Plus)
PenCeram™P79B-SF 726-1918 N 79 Cu: 10, In: 4, Ga: 7, Zn, Ru 14.02 14.23 2180–2210 1193–1210 330 100,000 690 130,000 896 17.98 124 18 10.5 CN WLF LWCM80(Rx Naturelle™ Lite)
PenCeram™P77B-SF 726-1915 N 2 77 Cu: 10, In: 6, Ga: 5, Zn, Ru 13.85 14.2 2150–2325 1176–1274 260 90,000 620 137,000 940 19.84 136.8 35 10.5 CN, SF WLF LWCM80(Correct Fit™ II)
PenCeram™P76-SF 726-1935 N 1 76 Cu: 10, In: 6, Ga: 5, Ru 13.6 13.95 2147-2354 1175-1290 261 70,300 485 98,900 682 16.8 116 36 10.9 CN, SF WLF LWCM80
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3 Pre Post
PenCeram™P61 726-1920 N 60.5 28 In: 6.5, Sn: 2.5, Ga, Ru 14.6 15.0 2200–2275 1204–1246 250 80,000 552 110,000 759 18.13 125 10 10.5 WCG, Z29 WLF LWCM58(Rx Palladent B™)
PenCeram™P58 726-1905 N 58 30 In, Sn, Ga, Ru 14.6 14.9 2066–2309 1130–1265 300 104,000 720 131,500 903 19.35 133.45 9 10.85 SF, Z29 WLF LWCM58(Rx 90E™)
PenCeram™P54A 726-1908 N 2 53.5 35.5 Sn, Ru 14.9 15.3 2175–2300 1191–1260 195 63,575 438 89,175 615 20.56 141.7 10.15 11 WCG, Z29 WLF LWCM58(Rx 91 Plus™)
PenCeram™P54B 726-1907 N 53.5 37.5 Sn: 8.5, In, Ru 14.9 15.3 2130–2265 1165–1240 235 95,800 660 131,000 903 19.0 131 14 11 SF, Z29 WLF LWCM58(*Rx 91™)
PenCeram™P50 726-1909 N 50 40 In: 5.5, Sn: 3.5, Ga, Ru 15.1 15.5 2200–2275 1204–1246 240 80,000 551 100,000 689 19.0 131 6 10.6 SF, Z29 650 LWCM58(Rx Pd 50™)
CTE CTE Melting Melting Vickers Yield Yield Ultimate UltimateMod. of Elasticity
Elon- SpecificALLOY NAME Ti @500 @600 Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% (2) (2) ° F ° C (3a) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3
R/2™ 726-1466 PB 90 Al, V, H, N 10.22 10.30 2800–3000 1538–1649 330 129,920 896 145,000 1000 16.75 115.49 9 ‡‡ 4.51 Z29 ‡‡‡ --
YELLOW CROWN & BRIDGE CASTING ALLOYS
WHITE CROWN & BRIDGE ALLOYS
YELLOW CROWN & BRIDGE COPPER- FREE ALLOYS ( † Can be used with High Expansion, Low Fusing Porcelains)
YELLOW CERAMIC GOLD ALLOYS Ceramic alloys are tested according to ADA Spec. #38, ISO 9693
WHITE CERAMIC ALLOYS WITH SILVER
WHITE CERAMIC ALLOYS—SILVER-FREE
HIGH PALLADIUM CERAMIC ALLOYS—SILVER-FREE
PALLADIUM-SILVER CERAMIC ALLOYS
TITANIUM ALLOYS Not for use with conventional casting techniques—Requires special casting technology
Items needed to produce SinterKor®:SinterKor® 90+PT 726-1992SinterKor® 90+PT ANT 726-1991SinterKor® 24K Au Rods 726-1990JP Gold Bonder™ 726-1981
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
Composition (1)
© 2007 Henry Schein, Inc. No copying without permission. Not responsible for typographical errors.
05PN3414
ItemCode
ADAClass.
LaserWire
LaserWire
LaserWire
ADAClass.
ItemCode
Balance%
IdemCode
ADAClass.
Balance%
Balance%
ItemCode
ADAClass.
LaserWire
LaserWire
LaserWire
LaserWire
LaserWire
LaserWire
Balance%
ItemCode
ADAClass.
Balance%
ItemCode
ADAClass.
Balance%
ItemCode
ADAClass.
Balance%
ADAClass.
ItemCode
Balance%Item
CodeADA
Class.Balance
%
Melting Melting Vickers Yield Yield Ultimate Ultimate Mod. of Elasticity
Elon- SpecificALLOY NAME Au Pt Pd Ag Type Range Range Hardness Strength Strength Tensile Tensile gation Gravity Solder
% % % % ° F ° C (3) psi (4) MPa psi MPa x106 psi GPa % (5) gm/cm3
20070628-ZAHN chart 6/28/07 4:18 PM Page 2
(1) Composition as per ISO guidelines; X = Present
(2) 10-6 K-1
(3) Q = Quenched, 1300°F hold 15 minutes; quench in water
H = Heat hardened, 315°C, 15 minutes S = Soft (see Tech Sheet for instructions)
(4) 0.1% offset
(5) %: 0.5" GL
(6) JNP, OXYNON, PNP
**Sold in shot and ingot (called Super Cast CC™) form.
***Available as thick (.046") or thin (.031") sintered brazing rods
† Can be used with low-fusing, high expansion porcelains.
All solders are available in 1 dwt (approximate weight) strips.
Nickel-Chrome Ceramic and Crown & Bridge Alloys—with Beryllium
Rexillium® III 726-8322 PB 76 14 6 1.99 Al: 2.5, Ti, Co 14.06 14.3 2110–2280 1154–1249 360 116,300 800 164,500 1135 31.71 218.65 15 7.75 (6) LF, WLF LWCMNI
Rexillium® V 726-2213 PB 74 14 9 1.99 Al: 2.5, Ti, Co 13.9 14.2 2125–2250 1163–1232 380 85,000 586 125,000 862 31.61 218 10 7.75 (6) LF, WLF LWCMNI
Nickel-Chrome Ceramic and Crown & Bridge Alloys—Beryllium Free
REX 4® 726-1344 PB 62 22 X Al, Si, La 14.05 14.37 2264–2426 1240–1330 290 87,000 600 102,700 708 26.54 183 10 8.45 (6) LF, WLF LWCMNI
Rexalloy™ 726-1310 PB 67 14 8 X Ga: 8, Al, Fe, Si, Mn, Zr, Cu 14.8 15.1 2400–2530 1315–1387 177 43,500 300 77,600 535 27.7 191 27 8.45 (6) LF, WLF LWCMNI
Cobalt-Chrome Ceramic and Crown & Bridge Alloys—Nickel Free, Beryllium Free
REX CC® 726-1341 PB 26 5 62 Ta: 9, Al: 3, Mn, Hf 14.3 14.57 2327–2417 1275–1325 360 84,000 579 121,000 834 21.75 150 4.5 7.85 HF WLF LWCMCO
Novarex™ 726-1350 PB 25 10 55 Ru: 5, Al, Nb, Y, Zr 14.1 14.36 2425–2475 1329–1357 350 90,000 621 110,000 759 29.58 204 7 8.75 HF WLF LWCMCO
Rexillium® NBF 726-1301 PB 25 14 52 Ga: 8, Al, Y, Re 14.5 14.75 2250–2400 1232–1315 380 70,000 482 100,000 690 27.12 187 3 7.85 HF WLF LWCMCO
Gold Core® Plus† 726-1352 PB 2 20 4 63 Ga: 6, Al: 2, Mn 16.2 16.53 2336–2516 1280–1380 245 52,925 365 68,150 470 29.0 200 15 8.05 HF WLF LWCMCO
Jewel Cast® Plus† 726-1354 PB 20 4 64 Ga: 6.5, Al: 2, Mn 16.22 16.57 2426–2498 1330–1370 230 47,850 330 63,075 435 24.65 170 24 8.1 HF WLF LWCMCO
Cobalt-Chrome Partial Denture Alloy
Super Cast™** 726-1347 PB 30 6 64 Mn, Si, C, N 2450–2500 1343–1371 340 95,000 655 120,000 827 33.0 227.5 3.5 8.25 HF LF LWCMCO
Non-Precious Yellow Crown & Bridge Alloy
CBY™ 726-1334 PB 5 Cu: 80, Al: 9, Mn: 5, Fe, Si 1800–1975 982–1079 130 Q 52,000 359 96,000 662 28.0 193.1 12 7.8 LF LF --H 54,500 376 100,000 690 7.5
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Elon- SpecificALLOY NAME Au Ni Cr Mo W Co Be Balance @500 @600 Range Range Hardness Strength Strength Tensile Tensile Mod. of Elasticity gation Gravity
Solder
% % % % % % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x 106 psi GPa %(5) gm/cm3PRE POST
NON-PRECIOUS CASTING & CERAMIC ALLOYS ( † Can be used with High Expansion, Low Fusing Porcelains)
LM™ 726-2017 HN 1301–1355 705–735 74.95 11 12 X Yellow LF
585 Fine 726-1994 N 1355–1440 735–782 58.5 17.5 X 18 X Yellow LF
615 Fine 726-1996 HN 1380–1455 749–791 61.5 20 5.5 12.5 X Yellow LF
650 Fine 726-2001 HN 1420–1490 771–810 65 10 5.5 19.0 X Yellow LF
660 Fine 726-2002 HN 1260–1380 682–749 66 14.5 6.2 9.5 5.3 Yellow LF
800 Fine 726-2013 HN 1560–1650 849–899 80 12.4 7.5 X Yellow LF
WLF™ 726-2000 HN 1310–1370 710–743 60 23.45 16.5 X White LF
LF™ 726-1444 PB 1145–1205 618–652 56 17.5 22.5 Sn Pale Yellow LF
Gold Core® Post† 726-2022 N 1139–1166 615–630 42 38.5 11 8.5 Yellow LF
Melting MeltingSOLDER NAME Range Range Au Ag Zn Cu In Balance Color Flux
° F ° C % % % % %
POST SOLDERS FOR CROWN & BRIDGES —NICKEL FREE (Low Temperature)
SF™ 726-2015 HN 1950–2030 1065 –1110 84 10 X Yellow HF or LF
HM™† 726-8521 HN 1517–1571 825 – 855 74.95 2 X 22 X Yellow LF
Rx CG™ 726-2004 HN 2015–2075 1102–1135 70 5 24 X Yellow HF or LF
WCG™ 726-2006 HN 2080 – 2135 1138–1168 71.5 15 10 X X White HF or LF
YPF™ 726-2019 HN 1850 –1895 1010–1035 66 0.8 32.5 X X Yellow HF or LF
CN™ 726-2011 HN 1950 – 2000 1065–1093 63 9 23 X X Yellow HF or LF
Bio Lot™ 726-1998 HN 1832 –1860 1000 –1015 60 1 38 X X Sn Yellow HF or LF
Z-29™ 726-2009 N 2000 – 2090 1093 –1143 20 23 55 X Sn, Ru White HF or LF
PNP (Au/Pd base) 726-2007 N 2075 – 2130 1135 –1165 30 34 X White PNP
JNP (non-precious Ni, Cr) 726-1447 PB 1940 1060 41.5 26.5 17 8.5 Fe, Si, B White OXYNON
NNP (non-precious Ni, Cr)*** 726-1442 PB 1800 –1875 982 –1024 74 14 Fe, Si, B White OXYNON
HF (non-precious Co, Cr) 726-1446 PB 2030– 2192 1110–1200 62.5 25 Fe, Si, B White OXYNON
Gold Core® Pre† 726-2021 HN 1679 – 1778 915–970 95.5 3.0 max 2.5 max Yellow OXYNON
Melting MeltingSOLDER NAME Range Range Au Pt Pd Ag Ga Zn Cu In Ir Co Ni Cr W Balance Color Flux
°F °C % % % % % % % % % % % % %
PRE-SOLDERS FOR CERAMIC ALLOYS —NICKEL FREE unless specified (High Temperature)
Composition (1)
Composition (1)
Composition (1)
Whether your case demands a high gold alloy or an economical and reliable non-precious alloy, Zahn Dental and PentronAlloys, LLC have the ideal biocompatible alloy for you. With more than 100 alloys, we feature one of the most extensiveofferings in the dental industry. By utilizing pure elements and employing modern vacuum induction melting technology,
you can be assured that each alloy meets our stringent quality standards.
To help select the optimal alloys for your restorative needs, this brochure details the composition and physical properties of alloys andsolders available. As a guide for porcelain compatibility, the coefficients of thermal expansion (CTE) are listed for ceramic alloys. Foradditional information about our alloys, restorative materials or equipment, please call (800) 496-9500 and speak to one of our technical,sales or customer service Prosthetic Specialists.
Compositions & Physical Properties
About Us
PenCast™PenCeram™ } Au%* Y Alpha Type
Only if Yellow
Only if same Au content, elements & type
PF = Pd Free; SF = Ag Free; CF = Cu Free
Only if same Au content & elements (i.e. Type III, Hard =H)
*Pd content is listed if preceeded by a P (High Pd Alloys)
- PF, SF, CF
ItemCode
ADAClass.
ItemCode
ADAClass.
ItemCode
ADAClass.
LaserWire
Call for all your alloy needs
1-800-496-9500
Zahn Dental and Pentron Alloys LLC, together, are positioned to meet the changing dynamics of the Dental Laboratory Business.Pentron Alloys, LLC founded in 1967 on the simple premise of researching, developing, and manufacturing the mosttechnologically advanced alloys in the world has been a consistent bench mark for quality alloys within the dental industry.
Pentron Alloy’s commitment to quality has earned them worldwide ISO 13485 status and CE Mark 0197. In 2004, Zahn Dental beganto deliver Pentron Alloys, LLC products exclusively. This partnership strikes the perfect balance between quality service, and innovativetechnologies.
Alloy NomenclaturePentron Alloys, LLC has developed an overall strategy to develop a standard and consistent system for identifying precious alloyproducts.
The system works as follows:Casting alloys will be referred to as PenCast™ and Ceramic alloys as PenCeram™
20070628-ZAHN chart 6/28/07 4:18 PM Page 1
(1) Composition as per ISO guidelines; X = Present
(2) 10-6 K-1
(3) Q = Quenched, 1300°F hold 15 minutes; quench in water
H = Heat hardened, 315°C, 15 minutes S = Soft (see Tech Sheet for instructions)
(4) 0.1% offset
(5) %: 0.5" GL
(6) JNP, OXYNON, PNP
**Sold in shot and ingot (called Super Cast CC™) form.
***Available as thick (.046") or thin (.031") sintered brazing rods
† Can be used with low-fusing, high expansion porcelains.
All solders are available in 1 dwt (approximate weight) strips.
Nickel-Chrome Ceramic and Crown & Bridge Alloys—with Beryllium
Rexillium® III 726-8322 PB 76 14 6 1.99 Al: 2.5, Ti, Co 14.06 14.3 2110–2280 1154–1249 360 116,300 800 164,500 1135 31.71 218.65 15 7.75 (6) LF, WLF LWCMNI
Rexillium® V 726-2213 PB 74 14 9 1.99 Al: 2.5, Ti, Co 13.9 14.2 2125–2250 1163–1232 380 85,000 586 125,000 862 31.61 218 10 7.75 (6) LF, WLF LWCMNI
Nickel-Chrome Ceramic and Crown & Bridge Alloys—Beryllium Free
REX 4® 726-1344 PB 62 22 X Al, Si, La 14.05 14.37 2264–2426 1240–1330 290 87,000 600 102,700 708 26.54 183 10 8.45 (6) LF, WLF LWCMNI
Rexalloy™ 726-1310 PB 67 14 8 X Ga: 8, Al, Fe, Si, Mn, Zr, Cu 14.8 15.1 2400–2530 1315–1387 177 43,500 300 77,600 535 27.7 191 27 8.45 (6) LF, WLF LWCMNI
Cobalt-Chrome Ceramic and Crown & Bridge Alloys—Nickel Free, Beryllium Free
REX CC® 726-1341 PB 26 5 62 Ta: 9, Al: 3, Mn, Hf 14.3 14.57 2327–2417 1275–1325 360 84,000 579 121,000 834 21.75 150 4.5 7.85 HF WLF LWCMCO
Novarex™ 726-1350 PB 25 10 55 Ru: 5, Al, Nb, Y, Zr 14.1 14.36 2425–2475 1329–1357 350 90,000 621 110,000 759 29.58 204 7 8.75 HF WLF LWCMCO
Rexillium® NBF 726-1301 PB 25 14 52 Ga: 8, Al, Y, Re 14.5 14.75 2250–2400 1232–1315 380 70,000 482 100,000 690 27.12 187 3 7.85 HF WLF LWCMCO
Gold Core® Plus† 726-1352 PB 2 20 4 63 Ga: 6, Al: 2, Mn 16.2 16.53 2336–2516 1280–1380 245 52,925 365 68,150 470 29.0 200 15 8.05 HF WLF LWCMCO
Jewel Cast® Plus† 726-1354 PB 20 4 64 Ga: 6.5, Al: 2, Mn 16.22 16.57 2426–2498 1330–1370 230 47,850 330 63,075 435 24.65 170 24 8.1 HF WLF LWCMCO
Cobalt-Chrome Partial Denture Alloy
Super Cast™** 726-1347 PB 30 6 64 Mn, Si, C, N 2450–2500 1343–1371 340 95,000 655 120,000 827 33.0 227.5 3.5 8.25 HF LF LWCMCO
Non-Precious Yellow Crown & Bridge Alloy
CBY™ 726-1334 PB 5 Cu: 80, Al: 9, Mn: 5, Fe, Si 1800–1975 982–1079 130 Q 52,000 359 96,000 662 28.0 193.1 12 7.8 LF LF --H 54,500 376 100,000 690 7.5
CTE CTE Melting Melting Vickers Yield Yield Ultimate Ultimate Elon- SpecificALLOY NAME Au Ni Cr Mo W Co Be Balance @500 @600 Range Range Hardness Strength Strength Tensile Tensile Mod. of Elasticity gation Gravity
Solder
% % % % % % % % (2) (2) ° F ° C (3) psi (4) MPa psi MPa x 106 psi GPa %(5) gm/cm3PRE POST
NON-PRECIOUS CASTING & CERAMIC ALLOYS ( † Can be used with High Expansion, Low Fusing Porcelains)
LM™ 726-2017 HN 1301–1355 705–735 74.95 11 12 X Yellow LF
585 Fine 726-1994 N 1355–1440 735–782 58.5 17.5 X 18 X Yellow LF
615 Fine 726-1996 HN 1380–1455 749–791 61.5 20 5.5 12.5 X Yellow LF
650 Fine 726-2001 HN 1420–1490 771–810 65 10 5.5 19.0 X Yellow LF
660 Fine 726-2002 HN 1260–1380 682–749 66 14.5 6.2 9.5 5.3 Yellow LF
800 Fine 726-2013 HN 1560–1650 849–899 80 12.4 7.5 X Yellow LF
WLF™ 726-2000 HN 1310–1370 710–743 60 23.45 16.5 X White LF
LF™ 726-1444 PB 1145–1205 618–652 56 17.5 22.5 Sn Pale Yellow LF
Gold Core® Post† 726-2022 N 1139–1166 615–630 42 38.5 11 8.5 Yellow LF
Melting MeltingSOLDER NAME Range Range Au Ag Zn Cu In Balance Color Flux
° F ° C % % % % %
POST SOLDERS FOR CROWN & BRIDGES —NICKEL FREE (Low Temperature)
SF™ 726-2015 HN 1950–2030 1065 –1110 84 10 X Yellow HF or LF
HM™† 726-8521 HN 1517–1571 825 – 855 74.95 2 X 22 X Yellow LF
Rx CG™ 726-2004 HN 2015–2075 1102–1135 70 5 24 X Yellow HF or LF
WCG™ 726-2006 HN 2080 – 2135 1138–1168 71.5 15 10 X X White HF or LF
YPF™ 726-2019 HN 1850 –1895 1010–1035 66 0.8 32.5 X X Yellow HF or LF
CN™ 726-2011 HN 1950 – 2000 1065–1093 63 9 23 X X Yellow HF or LF
Bio Lot™ 726-1998 HN 1832 –1860 1000 –1015 60 1 38 X X Sn Yellow HF or LF
Z-29™ 726-2009 N 2000 – 2090 1093 –1143 20 23 55 X Sn, Ru White HF or LF
PNP (Au/Pd base) 726-2007 N 2075 – 2130 1135 –1165 30 34 X White PNP
JNP (non-precious Ni, Cr) 726-1447 PB 1940 1060 41.5 26.5 17 8.5 Fe, Si, B White OXYNON
NNP (non-precious Ni, Cr)*** 726-1442 PB 1800 –1875 982 –1024 74 14 Fe, Si, B White OXYNON
HF (non-precious Co, Cr) 726-1446 PB 2030– 2192 1110–1200 62.5 25 Fe, Si, B White OXYNON
Gold Core® Pre† 726-2021 HN 1679 – 1778 915–970 95.5 3.0 max 2.5 max Yellow OXYNON
Melting MeltingSOLDER NAME Range Range Au Pt Pd Ag Ga Zn Cu In Ir Co Ni Cr W Balance Color Flux
°F °C % % % % % % % % % % % % %
PRE-SOLDERS FOR CERAMIC ALLOYS —NICKEL FREE unless specified (High Temperature)
Composition (1)
Composition (1)
Composition (1)
Whether your case demands a high gold alloy or an economical and reliable non-precious alloy, Zahn Dental and PentronAlloys, LLC have the ideal biocompatible alloy for you. With more than 100 alloys, we feature one of the most extensiveofferings in the dental industry. By utilizing pure elements and employing modern vacuum induction melting technology,
you can be assured that each alloy meets our stringent quality standards.
To help select the optimal alloys for your restorative needs, this brochure details the composition and physical properties of alloys andsolders available. As a guide for porcelain compatibility, the coefficients of thermal expansion (CTE) are listed for ceramic alloys. Foradditional information about our alloys, restorative materials or equipment, please call (800) 496-9500 and speak to one of our technical,sales or customer service Prosthetic Specialists.
Compositions & Physical Properties
About Us
PenCast™PenCeram™ } Au%* Y Alpha Type
Only if Yellow
Only if same Au content, elements & type
PF = Pd Free; SF = Ag Free; CF = Cu Free
Only if same Au content & elements (i.e. Type III, Hard =H)
*Pd content is listed if preceeded by a P (High Pd Alloys)
- PF, SF, CF
ItemCode
ADAClass.
ItemCode
ADAClass.
ItemCode
ADAClass.
LaserWire
Call for all your alloy needs
1-800-496-9500
Zahn Dental and Pentron Alloys LLC, together, are positioned to meet the changing dynamics of the Dental Laboratory Business.Pentron Alloys, LLC founded in 1967 on the simple premise of researching, developing, and manufacturing the mosttechnologically advanced alloys in the world has been a consistent bench mark for quality alloys within the dental industry.
Pentron Alloy’s commitment to quality has earned them worldwide ISO 13485 status and CE Mark 0197. In 2004, Zahn Dental beganto deliver Pentron Alloys, LLC products exclusively. This partnership strikes the perfect balance between quality service, and innovativetechnologies.
Alloy NomenclaturePentron Alloys, LLC has developed an overall strategy to develop a standard and consistent system for identifying precious alloyproducts.
The system works as follows:Casting alloys will be referred to as PenCast™ and Ceramic alloys as PenCeram™
20070628-ZAHN chart 6/28/07 4:18 PM Page 1
