Index of Alloy Properties 



345 



BRONZES, ALUMINUM— Cowimued 

 elongation, per cent, 262 

 melting point, 260 

 tensile strength, 262 

 thermal conductivity, 263 

 General: 

 annealing, 253, 261 

 cold working, 253 

 corrosion resistance, 253 

 hot working, 253, 260 

 structural, 253, 260 

 uses, 253 

 Aluminum Silicon Bronze (91% Cu, 7% Al, 2% Si) (Duronze 

 No. Ill) 

 Room Temperature: 

 apparent elastic hmit, 263, 264 

 coefficient of expansion, 263 

 density, 263 



electrical conductivity, 263 

 elongation, per cent, 263-265 

 hardness, 263-265 

 modulus of elasticity, 263 

 reduction of area, per cent, 263-26 

 specific gravity, 263 

 stress-strain, 265 

 tensUe strength, 263, 264 

 thermal conductivitj^ 263 

 yield strength, 263-265 

 Elevated Temperature: 



melting point, 263 

 General : 



annealing, 253, 264 

 cold working, 253 

 corrosion resistance, 253 

 hot working, 253 

 structural, 253 

 uses, 253 

 Nickel Aluminum Bronze (92% Cu, 6% Ni, 2% Al) 

 Room Temperature: 



elongation, per cent, 301 

 impact strength, 301 

 reduction of area, 301 

 tensile strength, 301 

 yield strength, 301 

 Subroom Temperature: 

 elongation, per cent, 301 

 impact strength, 301 

 reduction of area, per cent, 301 

 tensile strength, 301 

 yield strength, 301 

 General: 

 annealing, 253 

 cold working, 253 

 corrosion resistance, 253 

 hot working, 253 

 structural, 253 

 uses, 253 

 Modified 10% Aluminum Bronze (80% Cu, 10% Al, 6% F 

 5% Ni) 

 Room Temperature: 

 corrosion fatigue, 316 

 elongation, per cent, 316 

 endurance limit, 316 

 hardness, 316 

 modulus of elasticity, 316 

 proportional limit, 316 

 reduction of area, per cent, 31 

 tensOe strength, 316 



BRONZES, ALUMINUM— Coreimwed 

 General: 



annealing, 253 

 cold working, 253 

 corrosion resistance, 253 

 hot working, 253 

 structural, 253 

 uses, 253 

 Modified 8% Aluminum Bronze (89% Cu, 8% Al, 3% Fe, 

 0.8% Ni) 

 Room Temperature: 

 corrosion fatigue, 316 

 elongation, per cent, 316 

 endurance hmit, 316 

 reduction of area, per cent, 316 

 tensile strength, 316 

 General: 

 anneahng, 253 

 cold working, 253 

 corrosion resistance, 253 

 hot working, 253 

 structural, 253 

 uses, 253 

 Modified 10% Aluminum Bronze (87% Cu, 10% Al, 3% Fe, 

 0.3% Sn) 

 Room Temperature: 

 corrosion fatigue, 316 

 elongation, per cent, 316 

 endurance hmit, 316 

 reduction of area, per cent, 316 

 tensile strength, 316 

 General : 



annealing, 253 

 cold working, 253 

 corrosion resistance, 253 

 hot working, 253 

 structural, 253 

 uses, 253 

 13% Aluminum Bronze (84% Cu, 13% Al, 3%, Fe) 

 Room Temperature: 

 corrosion fatigue, 316 

 elongation, per cent, 316 

 endurance hmit, 316 

 reduction of area, 316 

 tensile strength, 316 

 General : 



annealing, 253 

 cold working, 253 

 corrosion resistance, 253 

 hot worki ;;, 253 

 structural 253 

 uses, 253 

 Aluminum Manganese Bronze (88% Cu, 10% Al, 2% Mn) 

 Room Temperature: 



elongation, per cent, 316 

 endurance hmit, 316 

 reduction of area, 316 

 tensile strength, 316 

 General: 



anneaUng, 253 

 cold working, 253 

 corrosion resistance, 253 

 hot working, 253 

 structural, 253 

 use, 253 

 Aluminum Iron Bronze (87% Cu, 10% Al, 3% Fe) 

 Room Temperature: 

 corrosion fatigue, 316 

 elongation, per cent, 316 



