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

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

Appendix B / Properties of Selected Engineering Materials • 825

Table B.9 (Continued)

Material Electrical Resistivity,-m

Cast Irons

Gray irons

• Grade G1800 15.0× 10 −^7


• Grade G3000 9.5× 10 −^7


• Grade G4000 8.5× 10 −^7
  Ductile irons


• Grade 60-40-18 5.5× 10 −^7


• Grade 80-55-06 6.2× 10 −^7


• Grade 120-90-02 6.2× 10 −^7
  Aluminum Alloys
  Alloy 1100 (annealed) 2.9× 10 −^8
  Alloy 2024 (annealed) 3.4× 10 −^8
  Alloy 6061 (annealed) 3.7× 10 −^8
  Alloy 7075 (T6 treatment) 5.22× 10 −^8
  Alloy 356.0 (T6 treatment) 4.42× 10 −^8
  Copper Alloys
  C11000 (electrolytic tough pitch, annealed) 1.72× 10 −^8
  C17200 (beryllium–copper) 5.7× 10 −^8 –1.15× 10 −^7
  C26000 (cartridge brass) 6.2× 10 −^8
  C36000 (free-cutting brass) 6.6× 10 −^8
  C71500 (copper–nickel, 30%) 37.5× 10 −^8
  C93200 (bearing bronze) 14.4× 10 −^8
  Magnesium Alloys
  Alloy AZ31B 9.2× 10 −^8
  Alloy AZ91D 17.0× 10 −^8
  Titanium Alloys
  Commercially pure (ASTM grade 1) 4.2× 10 −^7 –5.2× 10 −^7
  Alloy Ti-5Al-2.5Sn 15.7× 10 −^7
  Alloy Ti-6Al-4V 17.1× 10 −^7
  Precious Metals
  Gold (commercially pure) 2.35× 10 −^8
  Platinum (commercially pure) 10.60× 10 −^8
  Silver (commercially pure) 1.47× 10 −^8
  Refractory Metals
  Molybdenum (commercially pure) 5.2× 10 −^8
  Tantalum (commercially pure) 13.5× 10 −^8
  Tungsten (commercially pure) 5.3× 10 −^8
  Miscellaneous Nonferrous Alloys
  Nickel 200 0.95× 10 −^7
  Inconel 625 12.90× 10 −^7
  Monel 400 5.47× 10 −^7
  Haynes alloy 25 8.9× 10 −^7
  Invar 8.2× 10 −^7
  Super invar 8.0× 10 −^7
  Kovar 4.9× 10 −^7
  Chemical lead 2.06× 10 −^7
  Antimonial lead (6%) 2.53× 10 −^7
  Tin (commercially pure) 1.11× 10 −^7
  Lead–tin solder (60Sn-40Pb) 1.50× 10 −^7