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CORROSION RESISTANT BRUSH 1915® & BRUSH® 1916 ALLOY


Materion’s Brush 1915 and Brush 1916 (UNS C19150) are leaded nickel copper alloys that provide high strength and good formability. These alloys exhibit excellent corrosion resistance, including marine corrosion and biofouling.

Adding lead to these alloys improves machinability, acts as a lubricant and in the free machining grades, allows for chip break up. These free machining alloys offer high levels of machinability without harming performance, keeping overall costs low for volume specific processes such as cold heading or cold forming.

ADVANTAGES OF FREE MACHINING LEADED NICKEL COPPER ALLOYS

Our leaded nickel copper, free machining alloys, Brush 1915 & Brush 1916, were developed with a unique precipitation hardening process, creating a material with high strength, high corrosion resistance, high tensile and yield strength with good resistance to stress.

Brush 1915 & Brush 1916 alloys provide many advantages, including:

  • Excellent machinability (70 percent of free-cutting brass)
  • Excellent cold headability
  • Excellent surface finish
  • Good conductivity
  • Close diameter control
  • Microstructural consistency

The high corrosion resistance, high tensile and yield strength, and good resistance to stress make Brush 1915 and Brush 1916 alloy a successful alternative for copper beryllium alloys.

Learn more about physical and mechanical properties by downloading our  Brush 1915 & Brush 1916 alloy data sheet.

DOWNLOAD THE NEWLY UPDATED GUIDE TO HIGH PERFORMANCE ALLOYS

Materion-Guide-to-High-Performance-AlloysThis guide has been updated with additional information about new ToughMet® alloy tempers, the expanded size range of ToughMet TS alloys, along with new galling, wear and temperature dependent property data and  improved micrographs.

To learn more about our alloys, download the updated comprehensive, 84-page Guide to High Performance Alloys. The guide provides important details about the physical and mechanical properties of our standard alloys, application and engineering data as well as processing and fabrication recommendations.

Having trouble deciding if leaded nickel copper alloy is the right material for you? Discuss the details with our engineers.