Spain · UNE

1.0303

UNE EN 10263-2

Chemical composition

wt% · log scale
0.010.11Al0.02 – 0.06C0.02 – 0.06Mn0.25 – 0.4P0.02S0.025Si0.1
  • min – max range
  • typical value

Mechanical properties

value range by condition
Tensile strength Rmbars, or , > 5 <= 100 mm, steel bars, wire, annealed to obtain spheroidal carbidesTensile strength Rm460.00bars, wire +U+C, > 10 <= 40 mm, steel barsTensile strength Rm470.00bars, wire +U+C, > 5 <= 10 mm, steel barsTensile strength Rm300.00bars, wire +U+C+AC, > 10 <= 40 mm, steel bars

Chemical composition

ElementminmaxSimilarRemarks
Al0.020.06Aluminium may be replaced by another element or elements having a similar effect.
C0.020.06
Mn0.250.4
P0.02
S0.025
Si0.1

Mechanical properties

Heat treatment / conditionYield strengthTensile strengthElongationReduction of areaImpact energyHardness
bars, or , > 5 <= 100 mm, steel bars, wire, annealed to obtain spheroidal carbides
bars, wire +U+C, > 10 <= 40 mm, steel bars460.00
bars, wire +U+C, > 5 <= 10 mm, steel bars470.00
bars, wire +U+C+AC, > 10 <= 40 mm, steel bars300.00
bars, wire +U+C+AC, > 2 <= 5 mm, steel bars320.00
bars, wire +U+C+AC, > 5 <= 10 mm, steel bars310.00
bars, wire +U+C+AC+LC, > 2 <= 5 mm, steel bars360.00
bars, wire +U+C+AC+LC, > 5 <= 40 mm, steel bars350.00
bars, wire, hot rolled or , > 5 <= 100 mm, steel bars390.00
bars, wire +AC+C, > 10 <= 40 mm, steel bars400.00
bars, wire +AC+C, > 5 <= 10 mm, steel bars410.00