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Nickel Filler Metals

Nickel based materials are used for the joining of stainless steel and Ni based heat resistant alloys. Nickel based alloys are suited for brazing and heat treating combination operations.

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Product SolidusLiquidusNominal Composition, %AWS & International Standards Technical Documents* MSDS Safety Documents*
°F °C °F °C B Cr Fe Ni Si Other
Hi-Temp 720
<p>Recommended for parts subjected to light stresses at elevated temperatures. Good corrosion and flow characterics.</p>
1790 977 1900 1038 3.1 14 4.5 73.65 4 0.75 C
 
BNi-1, AMS 4775
Hi-Temp 721
<p>Similar to Hi-Temp 720 but of particular interest where higher carbon content is not permissible. Slower slow than Hi-Temp 720.</p>
1790 977 1970 1077 3.1 14 4.5 73.84 4.5 0.06 C
 
BNi-1A
Hi-Temp 820
<p>Widely used low melting filler metal for furnace brazing aircraft parts, medical devices and other food handling components. Good flow generous fillets, low base metal penetration are characteristics of this filler metal.</p>
1780 971 1830 999 3.1 7 3 82.34 4.5 0.06 C
 
BNi-2, AMS 4777
Hi-Temp 910
<p>Flows freely and less sensitive to atmosphere dryness than the other filler metals. Better for tight/longer joints.</p>
1800 982 1900 1038 3.1   1.5 90.84 4.5 0.06 C
 
BNi-3, AMS 4778
Hi-Temp 930
<p>For stainless steels, Ni & Co base alloys with thin sections--jet engine parts and chemical equpment. More sluggish and is better for wide gap applictions.</p>
1800 982 1950 1066 1.85   1.5 93.09 3.5 0.06 C
 
BNi-4, AMS 4779
Hi-Temp 932
<p>For stainless steels, Ni, & Co base alloys with thin sections--jet engine parts and chemical equpment. For uses that demand high temp properties and good corrosion resistance at low processing temperatures.</p>
1610 877 1610 877       88.94   11 P
0.06 max C
 
BNi-6
Hi-Temp 933
<p>Often used for brazing honeycomb structures, thin-walled tube assemblies, and for nuclear applications where boron can't be used. The addition of chromium gives it better high temperature and corrosion properties than Hi-Temp 932.</p>
1630 888 1630 888   14   75.84   10.1 P
0.06 max C
 
BNi-7