We provide the best qualitative high silver brazing alloys effectively used for tungsten carbide tipped tools. It is a high temperature silver brazing flux well suited for silver brazing alloys comprising nickel.

It is advocated to use in paste form, wherein pre-fluxing on the job is performed. This flux has splendid fluidity and cleaning activity at about 650 degree C. It is most suitable for tools brazing because it possess stronger cleaning properties at higher working temperature.


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
	It is an alloy with splendid mechanically skillful attributes used for general purpose. The nickel amends wetting on carbides and brings about a less free running alloy. This gives a thicker braze joint, better able to adapt higher tensions.

SILVER 49 (MnNi)	49	16	23	-	7.5Mn, 4.5Ni	680-700	L-Ag49	BAg-22	To be provided
	It is an alloy with splendid mechanically skillful attributes used for general purpose. The nickel amends wetting on carbides and brings about a less free running alloy. This gives a thicker braze joint, better able to adapt higher tensions.

SILVER 49A(MnNi)	49	27.5	20.5	-	2.5Mn, 0.5Ni	670-690	-	-	To be provided
	It is beneficial for brazing tungsten carbides and contents which are unmanageable to wet.

SILVER 40N	40	30	28	-	2Ni	671-775	-	BAg-4	To be provided
	It is an economical alloy with excellent wetting features. It is used exclusively for carbide tip brazing, but its application is confined by its comparatively high melting points.

SILVER 405N	40	30	25	-	5Ni	660-860	-	-	To be provided
	This metal alloy is used for tungsten carbide and stainless steels.

SILVER 27	27	38	20	-	9.5Mn, 5.5Ni	680-830	L-Ag27	BAg-4	To be provided
	It also possess good wetting characteristics and is economical alloy. It is used preferably for brazing hard metals to steel climbings. Addition of Nickel and Manganese, it improves wetting capability on tungsten and molybdenum materials. Its application is bounded by its relatively high melting points.

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