Amstrong® 390MC

Amstrong® 390MC introduction

Amstrong® 390MC characterised by high ductility, controlled internal purity, fine grain structure and low carbon content. On request, Amstrong® may be delivered with an improved surface finish on black hot-rolled product called MASC (Micro Adhesive Scale). Contact our commercial teams for further information.

It combines:


Outstanding mechanical properties

High strength

Toughness

Fatigue resistance



Good formability

Good weldability

With its high strength, it is an excellent choice when weight-saving is a priority, and is frequently used to replace structural steels.

Equivalent material: SEW QstE 420TM, UNE AE390HC, BS HR46, BS F40

Amstrong® 390MC general

Property Value Comment
Carbon equivalent (CEV) Carbon equivalent (CEV) of 0.36 [-] max.

Amstrong® 390MC thermal

Property Temperature Value Comment
Charpy impact energy -20 °C Charpy impact energy of 40 J min. | for thickness 6-16 mm
Elongation - Elongation of 19 % min. | for thickness < 3 mm | Transverse, A80
- - Elongation of 20 % min. | for thickness < 3 mm, A80
- - Elongation of 23 % min. A5.65√So | for thickness 3-16 mm | Transverse
- - Elongation of 24 % min. A5.65√So | for thickness 3-16 mm
Tensile strength - Tensile strength of 460 - 560 MPa for thickness < 16 mm
- - Tensile strength of 470 - 570 MPa for thickness < 16 mm | Transverse
Yield strength - Yield strength of 390 - 480 MPa for thickness < 16 mm
- - Yield strength of 420 - 500 MPa for thickness < 16 mm | Transverse

Amstrong® 390MC chemical

Property Value Comment
Aluminium Aluminium of 0.015 % min.
Carbon Carbon of 0.1 % max.
Manganese Manganese of 1.5 % max.
Niobium Niobium of 0.065 % max.
Phosphorus Phosphorus of 0.02 % max.
Silicon Silicon of 0.03 % max.
Sulfur Sulfur of 0.012 % max.
Titanium Titanium of 0.15 % max.
Vanadium Vanadium of 0.2 % max.

Amstrong® 390MC mechanical

Property Value
Dimensions *Pickled products with thicknesses up to 15 mm may be delivered after prior agreement: please contact us. Please feel free to check the figure on the right side of the material page for more details.

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