Heat Resistant Steel

Chrome Moly Plate
Chrome Molybdenum steel plate (often referred to in the industry as Chrome Moly) is used for a wide variety of applications particularly in the oil and gas industry, the nuclear industry and fossil fuel power stations.
The molybdenum provides increased strength and higher working temperatures whilst the chromium facilitates excellent corrosion resistance and oxidation.
With such high temperature tensile strength and anti-corrosive properties, our chrome molybdenum is also highly effective in salt water applications. Masteel offers an extensive range of chrome moly steel plate with the following benefits:

major stockholding
global shipping
variety of plate widths
extensive range of thicknesses
quick turnaround
accurate ‘in-house’ cutting and profiling service
high quality steel from major European steel mills

For further information about our grades of chrome molybdenum steel plate please refer to the specifications below:

Specifications & Grades:
ASTM A387
ASME SA387
EN 10028
BS 1501

EN10028: Part2 :2006 is a euro norm standard relating to weldable pressure vessel grade alloy and non–alloy steels used in elevated temperature service.

The standard supersedes the old British and DIN standards. Chrome Molybdenum steels, with their higher temperature resistance, come under this standard and this section includes link to EN10028 chrome moly grades which are suitable for the fabrication of pressure vessels and boilers.

Chrome Molybdenum pressure vessel grade steels offers good corrosion resistance and weldability. We supply this material to fabricators who serve the major oil, petrochemical and gas companies.

Masteel stock EN 10028: 2: 2006 specified chrome moly steel which is shipped with test certification and stamping.

10CrMo910, with increased molybdenum and chromium, provides greater heat and corrosion resistance than 16Mo3 & 13CrMo45.

Again the material is a pressure vessel grade steel for use in elevated temperature service. Masteel supplies 10CrMo910 to fabricators serving the oil and gas industry. The steel has good weldability and is offered under the EN 10028 standard.

Please refer to the technical information for 10CrMo910 below.

Mechanical Properties of 10CrMo910

GRADE	THICKNESS	YIELD STRENGTH	TENSILE STRENGTH	ELONGATION (A)	IMPACT ENERGY KV AT TEST TEMPERATURE
	(mm)	50	100	150	-20	0	+20
		MPa	MPa	%	J	J	J
16Mo3	< 16	310	480/630	18	–	–	31
	> 16 < 40	300	480/630	18	–	–	31
	> 40 < 60	290	480/630	18			27
	> 60 < 100	280	470/620	17			27
	> 100 < 150	265	460/610	17			27
	> 150 < 250	250	450/600	17			27

Chemical Composition of 10CrMo910

	%
Carbon (C)	0.08/0.14
Silicon (Si)	0.50
Manganese (Mn)	0.40/0.80
Phosphorus (P)	0.020
Sulphur (S)	0.010
Chromium (Cr)	2.00/2.50
Molybdenum (Mo)	0.90/1.10
Nitrogen (N)	0.012
Copper (Cu)	0.30