Fundamentals of Materials Science and Engineering: An Integrated Approach, 3e

GTBL042-App-B GTBL042-Callister-v3 September 21, 2007 20:24

828 • Appendix B / Properties of Selected Engineering Materials

Table B.10 (Continued)

Alloy(UNS Designation) Composition(wt%)

ALUMINUM ALLOYS

1100 (A91100) 99.00 Al (min), 0.20 Cu (max)

2024 (A92024) 90.75 Al (min), 4.4 Cu, 0.6 Mn, 1.5 Mg

6061 (A96061) 95.85 Al (min), 1.0 Mg, 0.6 Si, 0.30 Cu, 0.20 Cr

7075 (A97075) 87.2 Al (min), 5.6 Zn, 2.5 Mg, 1.6 Cu, 0.23 Cr

356.0 (A03560) 90.1 Al (min), 7.0 Si, 0.3 Mg

COPPER ALLOYS

(C11000) 99.90 Cu (min), 0.04 O (max)

(C17200) 96.7 Cu (min), 1.9 Be, 0.20 Co

(C26000) Zn (bal), 70 Cu, 0.07 Pb, 0.05 Fe (max)

(C36000) 60.0 Cu (min), 35.5 Zn, 3.0 Pb

(C71500) 63.75 Cu (min), 30.0 Ni

(C93200) 81.0 Cu (min), 7.0 Sn, 7.0 Pb, 3.0 Zn

MAGNESIUM ALLOYS

AZ31B (M11311) 94.4 Mg (min), 3.0 Al, 0.20 Mn (min), 1.0 Zn, 0.1 Si (max)

AZ91D (M11916) 89.0 Mg (min), 9.0 Al, 0.13 Mn (min), 0.7 Zn, 0.1 Si (max)

TITANIUM ALLOYS

Commercial, grade 1 (R50250) 99.5 Ti (min)

Ti-5Al-2.5 Sn (R54520) 90.2 Ti (min), 5.0 Al, 2.5 Sn

Ti-6Al-4 V (R56400) 87.7 Ti (min), 6.0 Al, 4.0 V

MISCELLANEOUS ALLOYS

Nickel 200 99.0 Ni (min)

Inconel 625 58.0 Ni (min), 21.5 Cr, 9.0 Mo, 5.0 Fe, 3.65 Nb+Ta, 1.0 Co

Monel 400 63.0 Ni (min), 31.0 Cu, 2.5 Fe, 0.2 Mn, 0.3 C, 0.5 Si

Haynes alloy 25 49.4 Co (min), 20 Cr, 15 W, 10 Ni, 3 Fe (max), 0.10 C, 1.5 Mn

Invar (K93601) 64 Fe, 36 Ni

Super invar 63 Fe, 32 Ni, 5 Co

Kovar 54 Fe, 29 Ni, 17 Co

Chemical lead (L51120) 99.90 Pb (min)

Antimonial lead, 6% (L53105) 94 Pb, 6 Sb

Tin (commercially pure) (ASTM B339A) 98.85 Pb (min)

Lead–tin solder (60Sn-40Pb) (ASTM B32 grade 60) 60 Sn, 40 Pb

Zinc (commercially pure) (Z21210) 99.9 Zn (min), 0.10 Pb (max)

Zirconium, reactor grade 702 (R60702) 99.2 Zr+Hf (min), 4.5 Hf (max), 0.2 Fe+Cr

Sources:ASM Handbooks,Volumes 1 and 2, ASM International, Materials Park, OH.