Shree Giriraj Metals Private Limited.

Kalbadevi, Mumbai, Maharashtra

Brazing alloy is also used for tungsten carbide tipped tools. Its low zinc content makes it suitable for furnace brazing. Brazing alloy has good resistance in marine environment and caustic media. When used on stainless steel, it will inhibit interface corrosion. Because its nickel content improves wet ability on tungsten carbide tools tips, the largest use is to braze carbide tool assemblies. It is used extensively for carbide tip brazing, but flows less freely. This filler metal does not contain cadmium. Known for :-low zinc content makes it suitable for furnace brazinggood resistance in marine environment and caustic mediaused on stainless steel, it will inhibit interface corrosionits nickel content improves wet ability on tungsten carbide tools tipsthe largest use is to braze carbide tool assembliesused extensively for carbide tip brazing, but flows less freelydoes not contain cadmiumspecifications :-"tech-braze" grade of brazing alloynominal composition %melting rangeindian standardinternational standardsagcuzncdothersocis : 2927 - 1975din (8513)aws (a5.8)s - 156ni56 42--2 ni771-893--b ag 13as - 155ni54 405-1 ni718-857ba cu ag 8b-b ag-13brazing alloy is used for service temperature. Its low zinc content makes it suitable for furnace brazing.s - 150ni50 15.515.5163 ni632-688ba cu ag 12l-ag50cdnib ag-3it has good resistance in marine environment and caustic media. When used on stainless steel, it will inhibit interface corrosion. Because its nickel content improves wetability on tungsten carbide tools tips, the largest use is to braze carbide tool assemblies.s - 145ni40 30 25 -5 ni 650-850---s - 140ni40 3028-2 ni671-779ba cu ag 18-b ag-4it is used extensively for carbide tip brazing, but flows less freely. This filler metal does not contain cadmium.

Brazing alloy is also used for tungsten carbide tipped tools. Its low zinc content makes it suitable for furnace brazing. Brazing alloy has good resistance in marine environment and caustic media. When used on stainless steel, it will inhibit interface corrosion. Because its nickel content improves wet ability on tungsten carbide tools tips, the largest use is to braze carbide tool assemblies. It is used extensively for carbide tip brazing, but flows less freely. This filler metal does not contain cadmium. Known for :-low zinc content makes it suitable for furnace brazinggood resistance in marine environment and caustic mediaused on stainless steel, it will inhibit interface corrosionits nickel content improves wet ability on tungsten carbide tools tipsthe largest use is to braze carbide tool assembliesused extensively for carbide tip brazing, but flows less freelydoes not contain cadmiumspecifications :-"tech-braze" grade of brazing alloynominal composition %melting rangeindian standardinternational standardsagcuzncdothersocis : 2927 - 1975din (8513)aws (a5.8)s - 156ni56 42--2 ni771-893--b ag 13as - 155ni54 405-1 ni718-857ba cu ag 8b-b ag-13brazing alloy is used for service temperature. Its low zinc content makes it suitable for furnace brazing.s - 150ni50 15.515.5163 ni632-688ba cu ag 12l-ag50cdnib ag-3it has good resistance in marine environment and caustic media. When used on stainless steel, it will inhibit interface corrosion. Because its nickel content improves wetability on tungsten carbide tools tips, the largest use is to braze carbide tool assemblies.s - 145ni40 30 25 -5 ni 650-850---s - 140ni40 3028-2 ni671-779ba cu ag 18-b ag-4it is used extensively for carbide tip brazing, but flows less freely. This filler metal does not contain cadmium.

Brazing alloy is also used for Tungsten Carbide Tipped Tools. Its low zinc content makes it suitable for furnace brazing. Brazing alloy has good resistance in marine environment and caustic media. When used on stainless steel, it will inhibit interface corrosion. Because its nickel content improves wet ability on tungsten carbide tools tips, the largest use is to braze carbide tool assemblies. It is used extensively for carbide tip brazing, but flows less freely. This filler metal does not contain cadmium.

Known For :-

• Low zinc content makes it suitable for furnace brazing
• Good resistance in marine environment and caustic media
• Used on stainless steel, it will inhibit interface corrosion
• Its nickel content improves wet ability on tungsten carbide tools tips
• The largest use is to braze carbide tool assemblies
• Used extensively for carbide tip brazing, but flows less freely
• Does not contain cadmium

Specifications :-

"TECH-BRAZE" Grade of Brazing Alloy	Nominal Composition %					Melting Range	Indian Standard	International Standards
	Ag	Cu	Zn	Cd	Others	oC	IS : 2927 - 1975	Din (8513)	AWS (A5.8)
S - 156Ni	56	42	-	-	2 Ni	771-893	-	-	B Ag 13a
S - 155Ni	54	40	5	-	1 Ni	718-857	BA Cu Ag 8B	-	B Ag-13
Brazing alloy is used for service temperature. Its low zinc content makes it suitable for furnace brazing.
S - 150Ni	50	15.5	15.5	16	3 Ni	632-688	BA Cu Ag 12	L-Ag50CdNi	B Ag-3
It has good resistance in marine environment and caustic media. When used on stainless steel, it will inhibit interface corrosion. Because its nickel content improves wetability on tungsten carbide tools tips, the largest use is to braze carbide tool assemblies.
S - 145Ni	40	30	25	-	5 Ni	650-850	-	-	-
S - 140Ni	40	30	28	-	2 Ni	671-779	BA Cu Ag 18	-	B Ag-4
It is used extensively for carbide tip brazing, but flows less freely. This filler metal does not contain cadmium.