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Fluxes		High Silver Brazing Alloys		Brass & Bronze Brazing Alloys		Copper Phosphorus Brazing Alloys
For Tungsten Carbide Tipped Tools || Cadmium Bearing Grades || Cadmium Free Grades

For Tungsten Carbide Tipped Tools

 Specifications

Saru Silver Grade of Brazing Alloy Nominal Composition % Melting Range International Standards Technical Details MSDS Ag Cu Zn Cd Others °C DIN:8513 AWS:A5.8 SILVER 50N 50 15.5 15.5 16 3Ni 645-690 L-Ag50CdNi BAg-3 To be provided Is a general purpose alloy with excellent mechanical properties. The nickel improves wetting on carbides and produces a less free flowing alloy. This gives a thicker braze joint, better able to accommodate higher stresses. SILVER 49 (MnNi) 49 16 23 - 7.5Mn, 4.5Ni 680-700 L-Ag49 BAg-22 To be provided Is a general purpose alloy with excellent mechanical properties. The nickel improves wetting on carbides and produces a less free flowing alloy. This gives a thicker braze joint, better able to accommodate higher stresses. SILVER 49A(MnNi) 49 27.5 20.5 - 2.5Mn, 0.5Ni 670-690 - - To be provided For brazing tungsten carbides and substances which are difficult to wet. SILVER 40N 40 30 28 - 2Ni 671-775 - BAg-4 To be provided Is economical alloys with good wetting characteristics. Used extensively for carbide tip brazing, but its application is restricted by its relatively high melting points. SILVER 405N 40 30 25 - 5Ni 660-860 - - To be provided For tungsten carbide and stainless steels. SILVER 27 27 38 20 - 9.5Mn, 5.5Ni 680-830 L-Ag27 BAg-4 To be provided Is economical alloys with good wetting characteristics, used preferrably for brazing hard metals to steel mountings. Addition of Nickel and Manganese improves wettability on tungsten and molybdenum materials.. Its application is restricted by its relatively high melting points.