Chemical Composition
0.07 to 0.13
%    
0.4
%  (maximum)  
0.3
%  (maximum)  
97.6 to 99.5
%    (estimate)
0.3 to 0.6
%    
0.1
%  (maximum)  
0.4
%  (maximum)  
0.025
%  (maximum)  
0.02 to 0.04
%    
0.15 to 0.4
%    
1) Cast analysis.
2) Steels with improved machinability either by higher S levels up to about 0.10 % S (including controlled sulphide morphology) or Pb additions may be available on request. In the first case, the upper limit of the Mn-content may be increased by 0.15 %.
3) Steels may be supplied with a lower Si content. In this case, alternative means of deoxidation shall be used.
4) Fe is listed as a Base element for this material, but its % value is not listed in the specification. The value shown is a calculated one.
 
Mechanical Properties
DimensionsYield Strength (lbf/ft^2)Ultimate Tensile Strength (lbf/ft^2)Elongation (% strain)
Thickness, ≥ 5 to ≤ 10 mm≥ 7.31e69.61e6 to 1.59e7≥ 8
Thickness, > 10 to ≤ 16 mm≥ 6.27e68.98e6 to 1.52e7≥ 9
Thickness, > 16 to ≤ 40 mm≥ 5.22e68.35e6 to 1.46e7≥ 10
Thickness, > 40 to ≤ 63 mm≥ 4.18e67.31e6 to 1.34e7≥ 12
Thickness, > 63 to ≤ 100 mm≥ 3.76e66.68e6 to 1.21e7≥ 12

3.76e6
lbf/ft^2  (minimum)  
6.68e6 to 1.21e7
lbf/ft^2    
12
% strain  (minimum)  
Cold drawn (+C temper)
 
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