Many of these alloys can be brazed under vacuum, in an inert atmosphere or in air with a flux. Typical applications include tooling for mining and heavy industry equipment. Alloy forms available include foil, wire and powder.
Name |
Nominal Composition Percent |
Liquidus |
Solidus |
Form Availability |
||
---|---|---|---|---|---|---|
°C |
°F |
°C |
°F |
|||
Titanium |
Ti - 99.5 |
1670 |
3038 |
1670 |
3038 |
Foil, Preform |
Cu - 99.999 |
1083 |
1981 |
1083 |
1981 |
Atomized powder, Paste, Wire, Wire preform, Sheet, Punch press |
|
Cu – 87.75 |
975 |
1787 |
880 |
1616 |
Atomized powder, Paste, Wire, Wire preform, Sheet |
|
Cutin® |
Cu – 85.00 |
960 |
1760 |
798 |
1486 |
Powder, Foil |
Cu – 67.5 |
955 |
1751 |
925 |
1697 |
Wire, Wire preform, Sheet, Punch press |
|
Nicuman®-37 |
Cu – 52.50 |
925 |
1697 |
880 |
1616 |
Foil, Preform |
Special Alloys: we will be pleased to quote your special requests. |
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Zn – Less than .001% |
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). |