Meltolit BNi-1
Recommended for parts exposed to light stress at elevated temperatures. Corrosion resistant and w...
For joining heat-resistant nickel-based alloys and stainless steel. Of all the brazing materials on the market, nickel-based materials are the most used for heat- and corrosion-resistant materials. Most common for stainless AISI 300 and 400 stainless steels, nickel and cobalt alloy materials and superalloys.
Recommended for parts exposed to light stress at elevated temperatures. Corrosion resistant and w...
Recommended for parts exposed to light stress at elevated temperatures. Corrosion resistant and w...
Most common nickel alloy with low melting temperature that is used in large extent for airplane p...
Free flowing alloy that is less sensitive against athmospheric dryness than the other alloys. Bet...
For brazing stainless, nickel and cobolt alloys with thin sections, jet engine parts and ...
For applications with high operating temperatures exposed to corrosive attacks like EGR c...
For stainless, nickel and cobolt alloyed steels with thin sections, parts on jet engines and chem...
Often used in honeycomb structures, thin pipings and nuclear applications where bor is pr...
Used for crack repairs in most alloys including Nickel, stainless steel, low alloyed stee...
This alloy has good strenght and lower brazing temperature than many other alloys. Applic...
Very high strencght alloy in high temperatures. For metals containing cobalt, tungsten and molybd...
Very high strencght alloy in high temperatures. For metals containing cobalt, tungsten and molybd...
Good strenght, heat and corrosion resistance. Applications: Thin walled tubes, honeycombs...
High temperature strenght used for cobalt and other super alloys. Applications: Honey...