Index of Alloy Properties 



347 



BRONZE, PHOSPHOR— Conimued 



corrosion resistance, 266 



hot working, 266 



structural, 266 



uses, 266 

 Elephant Phosphor Bronze (3.87% Sn, 0.307% P) 

 Room Temperature: 



elastic limit, 289 



torsional strength, 289 

 Elevated Temperature: 



elastic limit, 289 



torsional strength, 289 

 General : 



annealing, 266 



cold working, 266 



corrosion resistance, 266 



hot working, 266 



structural, 266 



uses, 266 

 4% Phosphor Bronze (4.05% Tin, 0.39% P) 

 Room Temperature: 



corrosion fatigue, 317 



elongation, per cent, 317 



endurance limit, 317 



hardness, 317 



modulus of elasticity, 317 



reduction of area, per cent, 317 



tensile strength, 317 



yield strength, 317 

 General : 



annealing, 266 



cold working, 266 



corrosion resistance, 266 



hot working, 266 



structural, 266 



uses, 266 

 Grade A (5%) Phosphor Bronze 

 Room Temperature: 



apparent elastic limit, 266-268 



bending properties, 328 



coefficient of expansion, 266, 278 



corrosion fatigue, 317 



density, 266, 278 



electrical conductivity, 266, 278 



elongation, 266-269, 278, 279 



endurance limit, 266, 317 



Erichsen ductility, 278, 279 



hardness, 266-269, 278, 279, 328 



modulus of elasticity, 266, 278 



proof strength, 278, 279 



proportional limit, 278, 279 



reduction of area, per cent, 317 



shear strength, 278 



specific gravity, 278 



stress-strain, 269 



tensile strength, 266-269, 278, 279, 317, 328 



torsion strength, 317 



torsional endurance limit, 317 



thermal conductivity, 266, 278 



yield strength, 266-269 

 Elevated Temperature: 



coefficient of expansion, 278 



thermal conductivity, 278 



melting point, 266 

 General: 



annealing, 266, 268 



cold working, 266 



corrosion resistance, 266 



hot working, 266 



BRONZE, vnOSPVLO^— Continued 



structural, 266 



uses, 266 

 6.5%, Phosphor Bronze (5.42%, Sn, 0.13%o P) 

 Room Temperature: 



corrosion fatigue, 317 



elongation, per cent, 317 



endurance limit, 317 



hardness, 317 



reduction of area, per cent, 317 



tensile strength, 317 

 General : 



annealing, 266 



cold working, 266 



corrosion resistance, 266 



hot working, 266 



structural, 266 



uses, 266 

 6% Phosphor Bronze (5% Sn, 0.15% P, 2% Zn) 

 Room Temperature: 



thermal conductivity, 290 

 Elevated Temperature: 



thermal conductivity, 290 

 6.5% Phosphor Bronze (6.65% Sn, 0.12% P) 

 Room Temperature: 



coefficient of expansion, 280 



density, 280 



electrical conductivity, 280 



elongation, per cent, 280, 281 



Erichsen ductility, 280, 281 



hardness, 280, 281 



modulus of elasticity, 280 



proof strength, 280 



proportional limit, 280 



shear strength, 280 



specific gravity, 280 



tensile strength, 280, 281 



thermal conductivity, 280 

 Elevated Temperature: 



coefficient of expansion, 280 



thermal conductivity, 280 

 General : 



annealing, 266, 281 



cold working, 266 



corrosion resistance, 266 



hot working, 266 



structural, 266 



uses, 266 

 8% Phosphor Bronze (7.68% Sn, 0.066% P) 

 Room Temperature: 



bending properties, 329 



elongation, per cent, 317 



endurance limit, 317 



hardness, 317 



modulus of elasticity, 317 



proportional limit, 317 



reduction of area, per cent, 317 



tensile strength, 317 

 . General: 



annealing, 266 



cold working, 266 



corrosion resistance, 266 



hot working, 266 



structural, 266 



uses, 266 

 8% Phosphor Bronze (7.31% Sn, 0.02% P) 

 Room Temperature: 



coefficient of expansion, 281 



density, 281 



