Grade	C	Si	Mn	P	S	Cr	Mo	Ni	N	Cu
16Mo3	0.12-0.20	0.35	0.40-0.90	0.025	0.010	0.30	0.25-0.35	0.30	0.012	0.30

USA -	Germany DIN,WNr	Japan JIS	France AFNOR	England BS	Italy UNI	Spain UNE	Sweden SS	Poland PN	Czechia CSN	Austria ONORM	Inter ISO
A204Gr.A A204Gr.B	15Mo3 16Mo3	STBA12	15D3	1503-243B 240 243	15Mo3 16Mo3	16Mo3	2912	16M	15020	15Mo3KW	F26 P26 TS26

MATERIAL DIMENSIONS
Marking	Material Number	Dimensions[mm]			Non-standard Thicknesses
Marking	Material Number	Thickness	Width	Length	Non-standard Thicknesses
P 265 GH	1.0425	3-250	1000-4000	14000	P 265 GH: 7,9,11,13, 14,17,26,28,32,42, 52,75,85,95,125
P 295 GH	1.0481	5-120	1000-3500	12000
16 Mo 3	1.5415	1,5-200	1000-3000	12000
13 Cr Mo 4-5	1.7335	3-160	1000-3000	12000	P 295 GH: 13,14,18, 26,28
10 Cr Mo 9-10	1.7380	3-120	1000-2500	12000	P 295 GH: 13,14,18, 26,28
Impact energy substantiated in inspection certificates Tensile test at emperature of +300ºC conducted for each cast

MECHANICAL PROPERTIES
Marking	W.Nr. Material Number	Thermal Processing1]	Nomal Thickness(mm)		Min. yield strength R_eH[MPa]	Tensile strength R_m[MPa]	Ductility A[%]	Impact Energy KV
			>	≤				Testing Temperarure [ºC]	Median value from 3test [J] min.
P 265 GH	1.0425	N		16	265	410-530	23	0	27
			16	40	255
			40	60	245
			60	100	215		22
			100	150	200	400-530
			150		²]	²]	²]		²]
P 295 GH	1.0481	N		16	295	460-580	22	0	27
			16	40	290
			40	60	285
			60	100	260		21
			100	150	235	440-570
			150		²]	²]	²]		²]
16 Mo 3	1.5415	N³]		16	275	440-590	24	+20	31
			16	40	270
			40	60	260		23
			60	100	240	430-580	22		27
			100	150	220	420-570	19
			150		²]	²]	²]		²]
13 Cr Mo 4-5	1.7335	N+T		16	300	450-600	20	+20	31
			16	60	295
		N+T QA QL	60	100	275	440-590	19		27
		QL	100	150	255	430-580
			150		²]	²]	²]		²]
10 Cr Mo 9-10	1.7380	N+T		16	310	480-630	18	+20	31
			16	40	300
			40	60	290
		N+T QA QL	60	100	270	470-620	17		27
		QL	100	150	250	460-610
			150		²]	²]	²]		²]
^{1) N - normalising, QA - hardened in atmosphere, QL - hardened in liquid medium,} ^{T - tempered, chemical values and 0.2% yield strength at increased temperature, see EN 10028.} ^{2) According to negotiation} ^{3) May be delivered in N + T state in accordance with choice of manufacturer}

Marking	Content of Elements ²]- Mass [max%]
Marking	Cr	Cu max.³]	Mo	Nb max	Ni max	Ti max	V max	Cr+Cu+Mo+Ni max
P 265 GH	max 0.30	0.300	max 0.08	0.010	0.300	0.300	0.020	0.700
P 295 GH	max 0.30	0.300	max 0.08	0.010	0.300	0.300	0.020	0.700
16 Mo 3	max 0.30	0.300	0.25-0.35	-	0.300	-	-	-
13 Cr Mo 4-5	0.70-1.15 ³]	0.300	0.40-0.60	-	-	-	-	max 0.50
10 Cr Mo 9-10	2.00-2.50	0.300	0.90-1.10	-	-	-	-	-
^{1] - non-alloy quality steel, LE=alloy quality steel} ^{2] - Elements not shown in this table must not be intentionally added to steel without the consent of the customer, with the exception of those necessary for the manufacturing process. It is necessary to conduct all relevant measures in order to prevent transfer of metal elements from metal waste or other materials used in manufacture which have a negative impact on the mechanical properties and usability of the steel.} ^{3] - Upon ordering a lower content of Cu and higher admissible content of Sn may be agreed upon e.g. with regard to malleability.} ^{4] - Stipulate content of Al in cast and state in certification.} ^{5] - Should resistance to compressed hydrogen be important, a minimum content of Cr 0.80% may be agreed upon ordering.} ^{6] - For thicknesses of products less than 10 mm a minimum content of C 0.06% may be agreed upon ordering.} ^{7] - For thicknesses of products over 150 mm a maximum content of C 0.17% may be agreed upon ordering.}

En10028 16mo3 Pressure Vessel Steel Plate with Competitive Price

Basic Info.