Laser Cladding

Laser Cladding

Stabilizer

Laser Cladding

Laser-process

Laser Cladding

Oil- and gas industry

Laser Cladding Powder

Typical chemical composition of the matrix (in wt.-%)

DURMAT^®	Grain size (μm)	Powder Type
814 LAS DURMAT^® 814 LAS Characteristics: Heat and corrosion resistant High abrasion resistance High content of Fused Tungsten Carbide (FTC) Request Data sheet	-150 + 63 -125 + 45 -90 + 45	NiSF-Carbide. Blended. NiCrBSi-matrix + 65% FTC
863 LAS DURMAT^® 863 LAS Characteristics: Heat and corrosion resistant High abrasion resistance High content of Fused Tungsten Carbide (FTC) Request Data sheet	-150 + 63 -125 + 45 -90 + 45	NiSF-Carbide. Blended. NiCrBSi-matrix + 60% SFTC
867 LAS DURMAT^® 867 LAS Characteristics: - Request Data sheet	-150 + 63 -125 + 45 -90 + 45	NiBSi-matrix + 60% SFTC
868 LAS DURMAT^® 868 LAS Characteristics: Heat and corrosion resistant High abrasion resistance Request Data sheet	-150 + 63 -125 + 45 -90 + 45	NiBSi-Matrix + 60% FTC
869 LAS DURMAT^® 869 LAS Characteristics: Heat and corrosion resistant High abrasion resistance Request Data sheet	-150 + 63 -125 + 45 -90 + 45	NiBSi-matrix + 60% Special Tungsten Carbide Mixture
625 LAS DURMAT^® 625 LAS Characteristics: High corrosion resistance e.g. in acids with chloride content Sea water resistant Good resistance against friction Hardness: 210 HV Request Data sheet	-150 + 53	Ni-alloy. Gas atomized. NiCrMoNb

DURMAT^®	C	Cr	Mo	Fe	+	Hardness
506 LAS DURMAT^® 506 LAS Characteristics: Resistant against heavy impact and abrasion Fine special carbides (18%) Hardness: 58-64 HRC Request Data sheet	3.1	<6.0	1.5-1.8	Bal.	SC: 16-18	58-64 HRC

EXAMPLE | DURMAT^® 863 LAS

NiCrBSi-matrix
Hardness DURMAT^® SFTC: 3,000 HV_0.1
NiSF-Carbide + 60% SFTC.

Heat and corrosion resistant
High abrasion resistant
High content of Spherical Fused Tungsten Carbide (SFTC)

Laser Cladding Wire

Many of our Flux-Cored Wire alloys can also be applied by Laser-Wire welding process. Please contact us.