Edelmetallhaltige Hartlote
Unsere hochreinen Vakuumhartlote aus silber-, gold-, platin- und palladiumbasierten Materialien erfüllen die strengsten Auflagen für Hochleistungsröhren, der Luft- und Raumfahrt und der Halbleiter-, Medizin-, Elektronik- und Vakuumbrache.
In der folgenden Tabelle finden Sie die wichtigsten Legierungen, die wir anbieten. Typische Lieferformen sind Folien, Drähte, Pasten, Pulver und Lotformteile.
Für weitere Informationen über die Verwendung von edelmetallhaltige hartlote, kontaktieren Sie uns.
Precious Brazing Filler Metals Properties
| Name | Nominal Composition Percent |
Liquidus | Solidus | ||
|---|---|---|---|---|---|
| °C | °F | °C | °F | ||
| Platinum | Pt – 99.95 | 1769 | 3216 | 1769 | 3216 |
| Palladium | Pd – 99.95 | 1555 | 2831 | 1555 | 2831 |
| Paloro® | Au – 92 Pd – 8 |
1270 | 2318 | 1200 | 2192 |
| Palni® | Pd – 60 Ni – 40 |
1238 | 2260 | 1238 | 2260 |
| Palco™ | Pd – 65 Co – 35 |
1219 | 2226 | 1219 | 2226 |
| Palnicusil® | Pd – 22.5 Ni – 10 Cu – 18.9 Ag – 48.6 |
1179 | 2155 | 910 | 1670 |
| Palniro®4 (AMS-4785) |
Au – 30 Pd – 34 Ni – 36 |
1169 | 2136 | 1135 | 2075 |
| Palniro®1 (AMS-4784) |
Au – 75 Pd – 25 Ni – 25 |
1121 | 2050 | 1102 | 2016 |
| Palmansil™5 | Au – 75 Pd – 20 Mn – 5 |
1072 | 1962 | 1008 | 1846 |
| Palsil®10 | Ag – 90 Pd – 10 |
1070 | 1958 | 1025 | 1877 |
| Palnicurom 25 | Au – 25 Ni – 18 Pd – 15 Mn – 11 Cu – 31 |
1052 | 1926 | 1017 | 1863 |
| Palniro®7 (AMS-4786) |
Au – 70 Pd – 8 Ni – 22 |
1037 | 1899 | 1005 | 1841 |
| Nicoro®(BAu-3) | Au – 35 Cu – 62 Ni – 3 |
1030 | 1886 | 1000 | 1832 |
| Special Alloys: we will be pleased to quote your special requests. | |||||
| Zn – Less than .001% Cd– Less than .001% Pb – Less than .002% P - Less than .002% C - Less than .005% |
Impurity Limits – All other metallic impurities having a vapor pressure higher than 10-7 mm Hg at 500°C are limited to .002% each. Impurities having a vapor pressure lower than 10-7 mm Zg at 500°C are limited to a total of .050%. (Applicable to all forms except powder and extrudable paste). | ||||
| Name | Nominal Composition Percent |
Liquidus | Solidus | ||
|---|---|---|---|---|---|
| °C | °F | °C | °F | ||
| Incuro™20 | Au – 20 Cu – 78 In – 2 |
1025 | 1877 | 975 | 1787 |
| Palnicurom®10 | Au – 25 Pd – 15 Ni – 10 Mn – 13 Cu – 37 |
1013 | 1855 | 970 | 1778 |
| 35% Gold 65% Copper |
Au – 35 Cu – 65 |
1010 | 1850 | 990 | 1814 |
| Nioroni™ | Au – 73.8 Ni – 26.2 |
1010 | 1850 | 980 | 1796 |
| 37.5% Gold 62.5% Copper |
Au – 37.5 Cu – 62.5 |
1005 | 1841 | 985 | 1805 |
| RI-46 | Au – 35.25 Ni – 14 Pd – 10 Mn – 9.75 Cu – Bal. |
1004 | 1840 | 971 | 1780 |
| 40% Gold 60% Copper |
Au – 40 Cu – 60 |
1000 | 1832 | 980 | 1796 |
| Croniro® | Au – 72 Ni – 22 Cr – 6 |
1000 | 1832 | 975 | 1787 |
| 50% Gold 50% Copper |
Au – 50 Cu – 50 |
970 | 1778 | 955 | 1751 |
| Silver | Ag – 99.99 | 960 | 1760 | 960 | 1760 |
| Palnicro®36M | Pd – 36 Cr – 10.5 B – 3 Si – 0.5 Ni – Bal |
960 | 1760 | 820 | 1508 |
| Nioro® (AMS-4787; BAu-4) |
Au – 82 Ni – 18 |
955 | 1751 | 955 | 1751 |
| Palcusil®25 | Ag – 54 Cu – 21 Pd – 25 |
950 | 1742 | 900 | 1652 |
| RI-49 | Au – 31 Ni – 9.75 Pd – 9.75 Mn – 16 Cu – Bal |
949 | 1740 | 927 | 1700 |
| Name | Nominal Composition Percent |
Liquidus | Solidus | ||
|---|---|---|---|---|---|
| °C | °F | °C | °F | ||
| Nicoro®80 | Au – 81.5 Cu – 16.5 Ni – 2 |
925 | 1697 | 910 | 1670 |
| 80% Gold 20% Copper |
Au – 80 Cu – 20 |
910 | 1670 | 908 | 1666 |
| Palcusil®15 | Ag – 65 Cu – 20 Pd – 15 |
900 | 1652 | 850 | 1562 |
| Incuro™60 | Au – 60 Cu – 37 In – 3 |
900 | 1652 | 860 | 1580 |
| Silcoro®75 | Au – 75 Cu – 20 Ag – 5 |
895 | 1643 | 885 | 1625 |
| Nicusil®8 (AMS-4765) |
Ag – 56 Cu – 42 Ni – 2 |
893 | 1639 | 771 | 1420 |
| Palcusil®10 | Ag – 58.5 Cu – 31.5 Pd – 10 |
850 | 1535 | 805 | 1490 |
| Gapasil®9 | Ag – 82 Pd – 9 Ga – 9 |
880 | 1616 | 845 | 1553 |
| Silcoro® 60 | Au – 60 Cu – 20 Ag – 20 |
845 | 1553 | 835 | 1535 |
| 95% Silver 5% Aluminum |
Ag – 95 Al – 5 |
830 | 1526 | 780 | 1436 |
| Palcusil®5 | Ag – 68.5 Cu – 26.5 Pd – 5 |
814 | 1490 | 794 | 1463 |
| Name | Nominal Composition Percent |
Liquidus | Solidus | ||
|---|---|---|---|---|---|
| °C | °F | °C | °F | ||
| Nicusiltin™6 (AMS-4774A) |
Ag – 62.5 Cu – 29 Ni – 2.5 Sn – 6 |
802 | 1476 | 691 | 1275 |
| Nicusil®3 | Ag – 71.15 Cu – 28.1 Ni – 0.75 |
795 | 1463 | 780 | 1436 |
| 90% Silver 10% Gernamium |
Ag – 90 Ge – 10 |
790 | 1454 | 651 | 1204 |
| Cusil® | Ag – 72 | 780 | 1436 | 780 | 1436 |
| Cusiltin™5 | Ag – 68 Cu – 27 Sn – 5 |
760 | 1400 | 743 | 1369 |
| Incusil® 10 | Ag – 63 Cu – 27 In – 10 |
730 | 1346 | 685 | 1265 |
| Cusiltin (AMS-4773) |
Ag – 60 Cu – 30 Sn – 10 |
718 | 1324 | 602 | 1116 |
| Incusil®15 | Ag – 61.5 Cu – 23.5 In – 15 |
725 | 1335 | 605 | 1120 |
| Georo™ | Au – 88 Ge – 12 |
361 | 682 | 361 | 682 |
| Orotin™ | Au – 80 Sn – 20 |
280 | 536 | 280 | 536 |
| Special Alloys: we will be pleased to quote your special requests. | |||||
| Zn – Less than .001% Cd– Less than .001% Pb – Less than .002% P - Less than .002% C - Less than .005% |
Impurity Limits – All other metallic impurities having a vapor pressure higher than 10-7 mm Hg at 500°C are limited to .002% each. Impurities having a vapor pressure lower than 10-7 mm Hg at 500°C are limited to a total of .050%. (Applicable to all forms except powder and extrudable paste). | ||||