ALUMINIUM BRONZE

General Properties :

• Specifications : C95210 , C95400, C95810
• Typical Chemical Composition (C95210 / AB1 / CuAl10Fe):
  • Cu: >86.0%
  • Al: 8.5%~9.5%
  • Sn: <0.1%
  • Zn: <0.5%
  • Ni: <1.0%
  • Pb: <0.05%
  • Fe: 2.5%~4.0%
  • Mn: <1.0%
• Typical Mechanical Properties (C95210 / AB1 / CuAl10Fe):
  • Tensile Strength 490 N/mm²
  • Elongation 20 %
  • Typical Hardness 90 HB
  • 0.2% Yield Strength 170 N/mm²
• Typical Chemical Composition (C95400 / AB1 / DIN CuAl10Fe):
  • Cu: >83.0%
  • Al: 10.0%~11.5%
  • Ni: 1.0% ~ 3.0%
  • Fe: 3.0%~5.0%
  • Mn: <0.5%
• Typical Mechanical Properties (C95400 / AB1 / DIN CuAl10Fe):
  • Tensile Strength 540 N/mm²
  • Elongation 15 %
  • Typical Hardness 120 HB
  • 0.2% Yield Strength 220 N/mm²
• Typical Chemical Composition (C95810 / AB2 / DIN CuAl10Ni):
  • Cu: >79.0%
  • Al: 8.5%~9.5%
  • Sn: <0.1%
  • Zn: <0.5%
  • Ni: 4.0%~5.0%
  • Pb: <0.05%
  • Fe: 3.5%~4.5%
  • Mn: 0.8~1.5%
• Typical Mechanical Properties (C95810 / AB2 / DIN CuAl10Ni):
  • Tensile Strength 610 N/mm²
  • Elongation 12 %
  • Typical Hardness: 160 HB
  • 0.2% Yield Strength: 245 N/mm²
• This group of alloys combines high mechanical strength and hardness with the ability to resist corrosion by a large variety of agents.
• Corrosion resistant suitable for marine, oil and chemical uses.
• Excellent hot working properties, resistance to oxidation at elevated temperatures, good wearing qualities and a low coefficient of friction are some of the features of these alloys.

Profiles available:

• Flat Bar / Bus Bar
• Round Bar / Rod
• Sheet / Plate