16Mo3 material specification, 16Mo3 material datasheet

16Mo3 material has improved mechanical properties and better creep resistance, which allow 16Mo3 material to be used up to 500°C. Therefore, 16Mo3 material is ideal for a wide range of uses where the plates will have to perform at a high temperature continuously.

16Mo3 material Chemical Composition:

Grade	The Element Max (%)
Grade	C	Si	Mn	P	S	Al(min)	N
16Mo3	0.12-0.20	0.35	0.40-0.90	0.025	0.015		0.012
	Cr	Cu	Mo	Nb	Ni	Ti	V
	0.30	0.30	0.25-0.35		0.30

Carbon Equivalent: Ceq = 【C+Mn/6+(Cr+Mo+V)/5+(Ni+Cu)/15】%

16Mo3 material Mechanical Properties:

Grade	Thickness	Temperature (° C)
	Thickness	50°	100°	150°	200°	250°	300°	350°	400°	450°	500°
	(mm)	MPa	MPa	MPa	MPa	MPa	MPa	MPa	MPa	MPa	MPa
16Mo3	≤16	273	264	250	233	213	194	175	159	147	141
	>16 ≤40	268	259	245	228	209	190	172	156	145	139
	>40 ≤60	258	250	236	220	202	183	165	150	139	134
	>60 ≤100	238	230	218	203	186	169	153	139	129	123
	>100≤150	218	211	200	186	171	155	140	127	118	113
	>150≤250	208	202	191	178	163	148	134	121	113	108

16Mo3 material Equivalent grades:

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

Typical applications for 16Mo3 material include a wide range of power plant equipment, industrial exhaust, venting and flare systems and waste recycling and incineration plants. 16Mo3 material is also valuable for machinery where parts are likely to remain hot for an extended period.

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