EN 10025-2 Grade S355J0C as-rolled condition (+AR)

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Description

S355J0C is used for folding, section cold forming and cold drawing grade. The high-tensile fine grained steel is applicable for welding constructions up to -20 °C subject to the load. Compared to S235J0C is achievable a considerable saving of material due to the by 120 MPa higher yield point. The steel shows a by 15% higher resistance to mineral wear due to sliding action in comparison to S235J0. Max. product thickness amounts 20 mm for folding and 8 mm for cold roll forming grades.

Related Standards

Equivalent Materials

This material data has been provided by WIAM.

"Typical" values were obtained via a literature search. "Predicted" values were imputed via artificial intelligence technology. While we have placed significant efforts in ensuring data accuracy, "typical" and "predicted" data should be considered indicative and verified by appropriate material testing. Please do contact us if additional information on the the predicted data method is required.
All metrics apply to room temperature unless otherwise stated. SI units used unless otherwise stated.
Equivalent standards are similar to one or more standards provided by the supplier. Some equivalent standards may be stricter whereas others may be outside the bounds of the original standard.

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Properties

General

Property	Value	Comment
Density	7.8 - 7.9 g/cm³ Show Material materials with Density of 7.8 - 7.9 g/cm³	Typical for Low Carbon Steel

Mechanical

Property	Temperature	Value	Condition	Related Standards	Shape	Comment
Elastic modulus		200 - 215 GPa Show Material materials with Elastic modulus of 200 - 215 GPa				Typical for Low Carbon Steel
Elongation		17.1 % Show Material materials with Elongation of 17.1 %				Predicted Value, A200
		21.8 % Show Material materials with Elongation of 21.8 %				Predicted Value, A5
		23.2 % Show Material materials with Elongation of 23.2 %				Predicted Value, A50
	20 °C	12 % Show Material materials with Elongation of 12 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat	A80 Transverse
	20 °C	13 % Show Material materials with Elongation of 13 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat	A80 Transverse
	20 °C	14 % Show Material materials with Elongation of 14 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat	A80 Transverse
	20 °C	15 % Show Material materials with Elongation of 15 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat	A80 Transverse
	20 °C	16 % Show Material materials with Elongation of 16 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat	A80 Transverse
	20 °C	16 % Show Material materials with Elongation of 16 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat	A80
	20 °C	17 % Show Material materials with Elongation of 17 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat	A80
	20 °C	18 % Show Material materials with Elongation of 18 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat	A80
	20 °C	20 % Show Material materials with Elongation of 20 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Flat, Bar, Sheet, Strip	Transverse
	20 °C	22 % Show Material materials with Elongation of 22 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Flat, Bar, Sheet, Strip
Poisson's ratio		0.29 [-] Show Material materials with Poisson's ratio of 0.29 [-]				Typical for Low Carbon Steel
Reduction of area		41.0 % Show Material materials with Reduction of area of 41.0 %				Predicted Value
		43.7 % Show Material materials with Reduction of area of 43.7 %				Predicted Value, Transverse
Shear modulus		82 GPa Show Material materials with Shear modulus of 82 GPa				Typical for Low Carbon Steel
Shear strength		513.2 MPa Show Material materials with Shear strength of 513.2 MPa				Predicted Value
Tensile strength	20 °C	490 - 630 MPa Show Material materials with Tensile strength of 490 - 630 MPa	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat
	20 °C	490 - 680 MPa Show Material materials with Tensile strength of 490 - 680 MPa	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat
	20 °C	510 - 680 MPa Show Material materials with Tensile strength of 510 - 680 MPa	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat
	20 °C	510 - 630 MPa Show Material materials with Tensile strength of 510 - 630 MPa	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Sheet, Strip, Flat
Yield strength		254.2 MPa Show Material materials with Yield strength of 254.2 MPa				Predicted Value, RP1
		316.5 MPa Show Material materials with Yield strength of 316.5 MPa				Predicted Value, RP1 Transverse
		350.6 MPa Show Material materials with Yield strength of 350.6 MPa				Predicted Value, Transverse
		355.9 MPa Show Material materials with Yield strength of 355.9 MPa				Predicted Value, RP02
		366.5 MPa Show Material materials with Yield strength of 366.5 MPa				Predicted Value, RP05
		446.5 MPa Show Material materials with Yield strength of 446.5 MPa				Predicted Value, RP02 Transverse
		482.8 MPa Show Material materials with Yield strength of 482.8 MPa				Predicted Value, RP002
	20 °C	345 MPa Show Material materials with Yield strength of 345 MPa	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat
	20 °C	355 MPa Show Material materials with Yield strength of 355 MPa	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat

Thermal

Property	Value	Condition	Related Standards	Shape	Comment
Coefficient of thermal expansion	1.32e-05 - 1.38e-05 1/K Show Material materials with Coefficient of thermal expansion of 1.32e-05 - 1.38e-05 1/K				Typical for Low Carbon Steel
Max service temperature	-20 °C Show Material materials with Max service temperature of -20 °C	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat	Long
	500 °C Show Material materials with Max service temperature of 500 °C				Typical for Carbon Steel
Melting point	1480 - 1526 °C Show Material materials with Melting point of 1480 - 1526 °C				Typical for Low Carbon Steel
Specific heat capacity	465 J/(kg·K) Show Material materials with Specific heat capacity of 465 J/(kg·K)				Typical for Low Carbon Steel
Thermal conductivity	25 - 93 W/(m·K) Show Material materials with Thermal conductivity of 25 - 93 W/(m·K)				Typical for Low Carbon Steel

Electrical

Property	Value	Comment
Electrical conductivity	8 S/m Show Material materials with Electrical conductivity of 8 S/m	Predicted Value
Electrical resistivity	1.43e-07 - 1.74e-07 Ω·m Show Material materials with Electrical resistivity of 1.43e-07 - 1.74e-07 Ω·m	Typical for Carbon Steel

Magnetic

Property	Value	Comment
Curie temperature	770 °C Show Material materials with Curie temperature of 770 °C	Typical for Low Carbon Steel

Chemical properties

Property	Value	Condition	Related Standards	Shape
Carbon	0.2 % Show Material materials with Carbon of 0.2 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat
Manganese	1.6 % Show Material materials with Manganese of 1.6 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat
Nitrogen	0.009 % Show Material materials with Nitrogen of 0.009 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat
Phosphorus	0.04 % Show Material materials with Phosphorus of 0.04 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat
Silicon	0.55 % Show Material materials with Silicon of 0.55 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat
Sulfur	0.04 % Show Material materials with Sulfur of 0.04 %	as-rolled condition (+AR)	EN 10025, EN 10025-1, EN 10025-2	Bar, Sheet, Strip, Flat

Technological properties

Property
Supplier Disclaimer	The given information is a rough description and some properties can depend on various factors such as product thickness. Please contact the supplier or refer to the related norm or standard for further information.

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