Engineer's
Handbook
 
Reference Tables
 
Rapid
Prototyping
 
Manufacturing
Methods
 
Engineering
Materials
 
Engineering
Software
 
Reference Books
 
Mechanical
Components
 

Reference Tables -- Properties of Aluminum Die Casting Alloys

 

Properties of Aluminum Alloys

Tabulated in accordance with the Unified Numbering System for Metals and Alloys (UNS), Society of Automotive Engineers, Warrendale, Pa., 1975. This reference contains the cross reference numbers for AISI, ASTM, FED, MIL SPEC, and SAE specifications. These are typical properties for sizes of about 1/2 inch. A typical value may be neither the mean nor the minimum. It is a value which can be obtained when the purchase specifications are carefully written and with continuous inspection and testing. The values given for fatigue strength, S_f, correspond to 50e7 cycles of completely reversed stress. Aluminum alloys do not have an endurance limit. The yield strength is 0.2% offset value. Multiply strength in kpsi by 6.89 to get strength in MPa

Properties of Aluminum Alloys
UNS Alloy Number Temper Yield Strength (kpsi) Tensile Strength (kpsi) Shear Modulus of Rupture (kpsi) Fatigue Strength (kpsi) Elongation in 2 in., % Brinell Hardness (H_b)
A91100 -O 5 13 9.5 5 45 23
A91100 -H12 14 15.5 10 6 25 28
A91100 -H14 20 22 14 9 16 40
A91100 -H16 24 26 15 9.5 14 47
A91100 -H18 27 29 16 10 10 55
A93003 -O 6 16 11 7 40 28
A93003 -H12 17 19 12 8 20 35
A93003 -H14 20 22 14 9 16 40
A93003 -H16 24 26 15 9.5 14 47
A93003 -H18 27 29 16 10 10 55
A93004 -O 10 26 16 14 25 45
A93004 -H32 22 31 17 14.5 17 52
A93004 -H34 27 34 18 15 12 63
A93004 -H36 31 37 20 15.5 9 70
A93004 -H38 34 40 21 16 6 77
A92011 -T3 48 55 32 18 15 95
A92011 -T8 45 59 35 18 12 100
A92014 -O 14 27 18 13 18 45
A92014 -T4 40 62 38 20 20 105
A92014 -T6 60 70 42 18 13 135
A92017 -O 10 26 18 13 22 45
A92017 -T4 40 62 38 18 22 105
A92018 -T61 46 61 39 17 12 120
A92024 -O 11 27 18 13 22 47
A92024 -T3 50 70 41 20 16 120
A92024 -T4 48 68 41 20 19 120
A92024 -T36 57 73 42 18 13 130
A95052 -O 13 28 18 17 30 45
A95052 -H32 27 34 20 17.5 18 62
A95052 -H34 31 37 21 18 14 67
A95052 -H36 34 39 23 18.5 10 74
A95052 -H38 36 41 24 19 8 85
A95056 -O 22 42 26 20 35  
A95056 -H18 59 63 34 22 10  
A95056 -H38 50 60 32 22 15  
A96061 -O 8 18 12.5 9 30 30
A96061 -T4 21 35 24 13.5 25 65
A96061 -T6 40 45 30 13.5 17 95
A97075 -T6 72 82 49 24 11 150

 

 

 

 

 

 

 


Copyright © 2004 - 2006 -- EngineersHandbook.com

All Rights Reserved - Contact Information
Privacy Policy
Disclaimer