This International Standard applies to hot-rolled steel sheet of high yield stress structural quality with
the use of microalloying elements. The product is intended for structural purposes where particular
mechanical properties are required. It is generally used in the delivered condition and is intended for
structures that may include bolting, riveting and welding.
Because of the combination of higher strength and microalloy composition, it is possible to obtain savings in
mass, along with better formability and weldability as compared with steel sheet without microalloying
elements. The product is produced on a wide strip-mill, not a plate mill.
This product is commonly produced in thicknesses from 1,6 mm to 6 mm and widths of 600 mm and
over in coils and cut lengths.
Hot-rolled sheet less than 600 mm wide may be slit from wide sheet and considered as sheet.
NOTE Hot-rolled sheet, up to but not including 3 mm in thickness, is commonly known as “sheet”. Hot-rolled sheet
3 mm and over in thickness is commonly known as either “sheet” or “plate”.
This International Standard does not cover steel intended for boilers or pressure vessels, steels
designated as commercial quality or drawing quality (ISO 3573), steels to be rerolled to cold-reducing
products, steels designated as weathering steels, having increased atmospheric corrosion resistance, or
steels having improved formability properties compared with those in this International Standard.
ISO 4996:2007 Referenced Document
ISO 16160 Hot-rolled steel sheet products - Dimensional and shape tolerances*, 2012-11-01 Update
ISO 6892 Metallic materials - Tensile testing at ambient temperature
ISO 4996:2007 history
2014ISO 4996:2014 Hot-rolled steel sheet of high yield stress structural quality
2007ISO 4996:2007 Hot-rolled steel sheet of high yield stress structural quality
1999ISO 4996:1999 Hot-rolled steel sheet of high yield stress structural quality
1991ISO 4996:1991 Hot-rolled steel sheet of high yield stress structural quality
1978ISO 4996:1978 Hot rolled steel sheet of high yield stress structural quality