Wear plates

Platinum and CP wear plates

The production of the DURMAT^® CP wear plates (composite armor plates) is made by a flux-cored wire welding process. The high wear resistance of DURMAT^® CP wear plates is achieved through the use of high quality DURMAT^® FD Cored wires with high Cr and C contents is achieved. Through the addition of so-called complex carbides, a high proportion of chromium and special carbides is formed, so that the required properties are often already achieved by applying a layer corresponding to the grades according to the DIN EN 14700 (DIN 8555) can be achieved. These cored wires are manufactured by DURUM itself in Germany and are subject to the highest quality controls.

The typical, hypereutectic weld metal of FeCrC hard alloys consists of large, primary precipitated chromium special carbides of the type M₇C₃, stored in a eutectic matrix. Here, the proportion of primary carbides determines the wear resistance of the buildup weld. Through the use of high-alloyed Cored wires The addition of complex carbides, e.g. NbC, increases the wear resistance of the Wear plates further increased.

DURMAT^®	C	Si	Mn	Cr	B	Mo	Nb	V	W	Fe	Hardness	Max. Operating temperature
CP 960	5,4	approx. 1	< 0,5	29	+	–	–	–	–	Rest	59 - 60 HRC	approx. 350 °C
CP 990	5,4	approx. 1	< 0,5	27	+	–	3	–	–	Rest	60 - 63 HRC	approx. 350 °C
CP 1000	5,2	approx. 1	< 0,5	22	+	–	6,3	–	–	Rest	61 - 64 HRC	approx. 350 °C
CP 1050	5	approx. 1	< 0,5	20	1,2	–	6	2,5	–	Rest	64 - 68 HRC	approx. 350 °C
CP 1100	5,2	approx. 1	< 0,5	21	+	6,4	6,8	1	2	Rest	63 - 65 HRC	approx. 800 °C
CP 1168	5	approx. 1	< 0,5	36	1,8	–	–	–	–	Rest	65 - 68 HRC	approx. 800 °C
CP 1175	5,2	approx. 1	< 0,5	21	+	4	6	0,8	1,4	Rest	62 - 64 HRC	approx. 700 °C

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