IS 2062:2006 E165 Steel: Specifications & Listings

IS 2062:2006 E165: E165 is grade E 165 in IS 2062:2006 (Hot Rolled Low, Medium and High Tensile Structural Steel), which covers plates, strips, shapes, sections, flats and bars for structural work. Old designation Fe 290. This is the edition as first published in October 2006, before Amendment No. 1 (March 2009); impact test temperature is subject to agreement.

Category: Structural Steel
Grade Details
GradeIS 2062:2006 E165
Standard IS 2062:2006
ApplicationsStructural work: welded, bolted and riveted structures and general engineering purposes
Grade ComparisonCompare With a Specific Grade →
Grade Standard Match
AS/NZS 3678 Grade 450 AS/NZS 3678:2016 Strong Match
AS/NZS Grade 500 AS/NZS 3597:2008 Strong Match
IS 2062 E250A IS 2062:2011 Close Alternative
IS 2062 E250A IS 2062:2006 Close Alternative
IS 2062 E250A IS 2062:2009 Close Alternative
EN 10025-2 S275 EN 10025-2:2019 Close Alternative
IS 2062 E250B0 IS 2062:2011 Close Alternative
IS 2062 E250BR IS 2062:2011 Close Alternative
Matched by chemical composition and mechanical properties, not a formal equivalence claim. Always verify against the applicable standard before substitution.
Chemical Composition (%)
C Mn S P
<=0.25 <=1.25 <=0.045 <=0.045
Mechanical Properties
Tensile Strength >=290 MPa
Yield Strength 165 MPa (all thicknesses)
Elongation >=23%
Impact not required

More data from IS 2062:2006

From the standard
Yield stress by thickness 3 thickness ranges
Thickness (mm)Yield stress ReH, min (MPa)
Under 20165
20 to 40165
Over 40165
Source: IS 2062:2006 as first published, Table 2
Bend test t is the thickness
Internal bend diameter, thickness up to 25 mm
2t
Internal bend diameter, thickness over 25 mm
Not specified
The table heading gives the bend diameter as a minimum. t is the thickness of the test piece.
Source: IS 2062:2006 as first published, Table 2
Impact test and deoxidation E 165
Old designation
Fe 290
Impact test
Not required
Mode of deoxidation
Semi-killed or killed
Source: IS 2062:2006 as first published, Tables 1 and 2
Other composition limits from the table notes
Nitrogen, maximum
0.012 percent (0.009 percent for micro-alloyed steel)
Micro-alloying elements (Nb, V, Ti, B), total maximum
0.25 percent
Copper-bearing quality
Cu 0.20 to 0.35 percent by agreement, suffix Cu (for example E 250 Cu); product analysis 0.17 to 0.38 percent
Carbon equivalent CE = C + Mn/6 + (Cr+Mo+V)/5 + (Ni+Cu)/15, from the ladle analysis.
Source: IS 2062:2006 as first published, Table 1 notes

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