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Last revised: Wed, 04 Dec 2024 16:05:04 GMT

19MnV6*

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General Information

19MnV6* is a micro alloyed steel with high tensile strength, good machinability and weldability.

Suitable for case carburizing or nitriding
Good dimensional stability
Fine-grain treated
Delivered in as-rolled, normalized or quenched and tempered condition
Weldable if preheated

Ovako 280T is our premium variant.

Ovako 280X is used in the Ovako hollow bar program according to EN10294-1.

Ovako 281P is an additional variant of 281, which possess slightly different mechanical properties.

Ovako 281T is a micro alloyed steel that is suitable for quench and tempering and possess a high tensile strength.

For additional Heat Treatment Data, please visit the Heat Treatment Guide.

* Designation followed by "*" is not an official EN standard grade but named according to the rules in EN 10027.

Similar designations

19MnVS6, E470, 20MnV6, 20 MV 6, SS 2142, 1.1301, 19MnV6, 1.0536

Chemical composition

Variant	Cast	Weldability		C %	Si %	Mn %	P %	S %	Cr %	Ni %	Mo %	V %	N %	DI %
280T	IC	CEV 0.6_max	Min	0.17	0.30	1.45	-	0.020	0.20	-	-	0.080	-	1.60
280T	IC	Pcm 0.35_max	Max	0.20	0.45	1.60	0.025	0.035	0.28	0.20	0.10	0.120	-	1.90
280X	CC	CEV 0.58_max	Min	0.16	0.20	1.40	-	0.020	-	-	-	0.080	-	-
280X	CC	Pcm 0.32_max	Max	0.20	0.50	1.70	0.020	0.040	0.30	0.30	0.08	0.130	-	-
281P	IC	CEV 0.64_max	Min	0.17	0.15	1.30	-	0.020	0.10	-	-	0.100	-	1.55
281P	IC	Pcm 0.37_max	Max	0.22	0.30	1.70	0.035	0.035	0.20	0.20	0.10	0.140	-	1.80
281T	IC	CEV 0.64_max	Min	0.17	0.15	1.55	-	-	0.15	0.15	-	0.100	-	-
281T	IC	Pcm 0.37_max	Max	0.22	0.50	1.70	0.030	0.003	0.25	0.30	0.06	0.140	-	1.90
EN10294-1:2005	Std	CEV _max	Min	0.16	0.10	1.30	-	0.015	-	-	-	0.080	-	-
EN10294-1:2005	Std	Pcm _max	Max	0.22	0.50	1.70	0.030	0.050	-	-	-	0.150	0.0200	-

Mechanical Properties

Variant	Condition	Format	Dimension [mm]	Yield strength min [MPa]	Tensile strength [MPa]	Elongation A₅ [%]	Hardness	Impact (ISO-V) strength_min
Rp_0.2 * R_eh, ** R_el
280T	+AR	Tube,wall	< 25	500*	670 typical	20	225 HB typical	-
		Tube,wall	> 25	470*	640 typical	20	220 HB typical	-
		Round bar	24 < 80	450*	620 typical	20	200 HB typical	20 °C 27 J (long)
		Round bar	80 < 190	410*	550 typical	19	200 HB typical	20 °C 27 J (long)
	+N	Round bar	24 < 190	410*	550 typical	19	200 HB typical	20 °C 27 J (long)
		Round bar	24 < 190	410*	550 typical	19	200 HB typical	-40 °C 27 J (long)
		Tube,wall	< 15	430*	600 typical	25	190 HB typical	-40 °C 27 J (long)
		Tube,wall	15 < 25	400*	580 typical	25	185 HB typical	-40 °C 27 J (long)
		Tube,wall	> 25	380*	560 typical	25	180 HB typical	-40 °C 27 J (long)
	+QT	Tube,wall	< 30	600*	700 typical	18	260 HB typical	-40 °C 27 J (long)
280X	+AR	Tube,wall	< 25	500	> 670	17	225 HB typical	-
	+AR	Tube,wall	> 25	470	> 650	17	220 HB typical	-
	+N	Tube,wall	< 16	440	> 600	23	190 HB typical	-40 °C 27 J (long)
		Tube,wall	16 < 25	420	> 580	20	185 HB typical	-40 °C 27 J (long)
		Tube,wall	> 25	400	> 560	19	180 HB typical	-40 °C 27 J (long)
	+QT	Tube,wall	< 30	600	700 typical	18	260 HB typical	-40 °C 27 J (long)
281T	+AR	Tube,wall	< 20	510	700 typical	20	220 HB typical	20 °C 27 J (long)
	+N	Tube,wall	< 20	450*	650 typical	25	200 HB typical	-20 °C 50 J (long) -20 °C 27 J (transv)
	+QT	Tube,wall	< 30	590	650-800	20	-	-20 °C 27 J (long) -20 °C 20 J (transv)

Transformation temperatures

	Temperature °C
MS	395
AC1	721
AC3	810

Steel grade 281: A1: 712, A3: 800

Heat treatment recommendations

Treatment	Condition	Temperature cycle	Cooling/quenching
Normalizing	+N	900-920°C	In still air
Stress relieve annealing	+SRA	550-600°C	In furnace or in still air.
Carburizing	+C	850-950°C Carbon potential see diagram	In still air or direct quench
Hardening	+QT	900-950°C	In water
Hardening	+QT	850-910°C As-carburized	In oil
Tempering	+QT	500-650°C
Tempering	+QT	150-200°C As-carburized

Heat Treatment Guide generated Graphs

The following graphs are generated from a theoretical model. For further info see the Heat treatment guide module. Select a specific grade version for individual display.

Ovako 280

Ovako 281

Case carburizing response - Ovako 280 and 281

Tempering response - Ovako 281

Welding - Ovako 280

Machinability - Ovako 281

Fatigue properties - Ovako 280T

SUSTAINABILITY-ENVIRONMENTAL IMPACT DATA

At Ovako sustainability and reduction of our environmental impact is a major focus in everything we do.
Further information is found here.

Steel works	Hofors	Smedjebacken	Imatra
CO2e/kg	120	62	76

To get the full picture of our products environmental impact we have to look at all of our CO₂ emission sources.
Not only the steel work Scope 1-2 itself, but all operations downstream in our production, heating and heat treatment furnaces etc (full scope 1-2) as well as all the emission from input material, eg. alloys, scope 3.

Steel Grade	Format	Condition	Scope 1-3 (CO2e kg /1000 kg steel)	Climate compensated Net emission = Scope 3 (CO2e kg /1000 kg steel) Scope 1 - 2 = 0 (compensated)
281	Round bar	+AR	591	192
281	Round bar	+N	596	195
281	Tube,wall	+AR	612	215
281	Tube,wall	+N	615	217
280T	Round bar	+AR	596	197
280T	Round bar	+N	600	199
280T	Tube,wall	+AR	617	219
280T	Tube,wall	+N	620	222

All above data are to be seen as typical values for the specified format and condition. Detailed information about your specific product please contact your sales contact.

Other properties (typical values)

Youngs module (GPa)	Poisson´s ratio (-)	Shear module (GPa)	Density (kg/m3)
210	0.3	80	7800
Average CTE 20-300°C (µm/m°K)	Specific heat capacity 50/100°C (J/kg°K)	Thermal conductivity Ambient temperature (W/m°K)	Electrical resistivityAmbient temperature (µΩm)
12	460 - 480	40 - 45	0.20 - 0.25

Contact us

Would you like to know more about our offers? Don´t hesitate to contact us:

Via e-mail: info@ovako.com

Via telephone: +46 8 622 1300

For more detailed information please visit http://www.ovako.com/en/Contact-Ovako/

Disclaimer

The information in this document is for illustrative purposes only. The data and examples are only general recommendations and not a warranty or a guarantee. The suitability of a product for a specific application can be confirmed only by Ovako once given the actual conditions.The purchaser of an Ovako product has the responsibility to ascertain and control the applicability of the products before using them. Continuous development may necessitate changes in technical data without notice. This document is only valid for Ovako material. Other material, covering the same international specifications, does not necessarily comply with the properties presented in this document.

General information
Chemical composition
Mechanical properties
Transformation temp.
Heat treatment
HTG Graphs
Sustainability