Morgan Advanced Materials Datasheets for Filler Alloys and Consumables

Filler metal alloys and consumables used in welding, brazing or soldering include items in rod sheet, wire spool, coated stick, weld stud, powder, preform or paste forms.
Filler Alloys and Consumables: Learn more

Product Name Notes
A high-purity Active Brazing Filler in composite form containing titanium, copper and nickel, developed for direct application to ceramic surfaces. Nominal composition by weight: 70% Ti, 15% Cu, and 15%...
High-purity Active Braze Alloy of copper, silicon, titanium and aluminum, developed for direct application to ceramic surfaces. Nominal composition by weight: 92.75% Cu, 3.0% Si, 2.25% Ti and 2.0% Al.
High-purity Active Braze Alloy of gold, nickel and titanium, developed for direct application to ceramic surfaces. Nominal composition by weight: 96.4% Au, 3.0% Ni and 0.6% Ti.
High-purity Active Braze Alloy of gold, nickel, vanadium and molybdenum, developed for direct application to ceramic surfaces. Nominal composition by weight: 82.0% Au, 15.5% Ni, 1.75% V and 0.75% Mo.
High-purity Active Braze Alloy of silver, copper, indium and titanium, developed for direct application to ceramic surfaces. Nominal composition by weight: 59.0% Ag, 27.25% Cu, 12.50% In and 1.25% Ti.
High-purity gold/copper alloy for vacuum brazing. Nominal composition by weight: 35% Au and 65% Cu (both within ±1%).
High-purity gold/copper alloy for vacuum brazing. Nominal composition by weight: 50% Au and 50% Cu (both within ±1%).
High-purity gold/copper/nickel alloy for vacuum brazing. Nominal composition by weight: 35% Au, 62% Cu and 3% Ni, (Au and Cu within ±1%, Ni ±0.5%).
High-purity gold/copper/nickel alloy for vacuum brazing. Nominal composition by weight: 81.5% Au, 16.5% Cu and 2% Ni, (Au and Cu within ±1%, Ni ±0.5%).
High-purity gold/nickel alloy for vacuum brazing. Nominal composition by weight: 82% Au and 18% Ni (both within ±1%).
High-purity gold/nickel/palladium alloy for vacuum brazing. Nominal composition by weight: 70% Au, 22% Ni and 8.0% Pd.
High-purity Melt-Spun Foil alloy of nickel, chromium, silicon, boron and iron, for vacuum brazing. Nominal composition by weight: 73.8% Ni, 14.0% Cr, 4.5% Si, 4.5% Fe, and 3.2% B.
High-purity Melt-Spun Foil alloy of nickel, chromium, silicon, boron and iron, for vacuum brazing. Nominal composition by weight: 82.3% Ni, 7.0% Cr, 4.5% Si, 3.2% B, and 3.0% Fe. Melt-Spun...
High-purity Melt-Spun Foil alloy of nickel, palladium, chromium and boron, for vacuum brazing. Nominal composition by weight: 56.55% Ni, 30.5% Pd, 10.5% Cr, and 2.45% B. Melt-Spun Foil is produced...
High-purity nickel/copper alloy brazing filler. Nominal composition by weight: 50% Ni and 50% Cu.
High-purity palladium/nickel/chromium alloy for vacuum brazing and TIG welding. Nominal composition by weight: 36% Pd, 50% Ni, 10.5% Cr, with approximately 3% B and 0.5% Si. (Maximum levels of other...
High-purity silver/copper alloy for vacuum brazing. Nominal composition by weight: 72% Ag and 28% Cu (both within ±1%).
High-purity silver/copper/nickel alloy for vacuum brazing. Nominal composition by weight: 56% Ag, 42% Cu and 2% Ni, (Ag and Cu within ±1%, Ni ±0.05%).
High-purity silver/copper/nickel alloy for vacuum brazing. Nominal composition by weight: 71.15% Ag, 28.1% Cu and 0.75% Ni.
High-purity silver/copper/palladium alloy for vacuum brazing. Nominal composition by weight: 58% Ag, 32% Cu and 10% Pd.
Oxygen free high conductivity (OFHC) copper brazing filler. Composition by weight is between 99.990% and 99.999% Cu, which represents the purest commercially available form of the metal.
The Wesgo Metals business of Morgan Technical Ceramics manufactures and supplies high-purity, low vapour pressure brazing alloys in various forms. Precious and non-precious alloys are available in atomized powder, discs,...