FORTECOAT HVOF and Plasma Spraying Powders

A mixture of gaseous or liquid fuel and oxygen is fed into a combustion chamber, where they are ignited and combusted continuously. The stream of hot gas and powder is directed towards the surface to be coated. The powder partially melts in the stream, and deposits upon the substrate. The resulting coating has low porosity and high bond strength.

Nickel Based Powders

Product Code
Hardness
Alloy Composition
9029
33-37 HRC
Ni Cr5.7 B1.0 Si4.7 C0.32 Fe1.6
9033
30-35 HRC
Ni Cr8 B1.5 Si3.6 C0.32 Fe2.6
9045
36-40 HRC
Ni Cr10.3 B2 Si3.2 C0.38 Fe2.4
9053
47-53 HRC
Ni Cr12.5 B2.3 Si3.3 C0.5 Fe3.9
9056
52-58 HRC
Ni Cr13.5 B2.8 Si4 C0.55 Fe3.9
9062
57-62 HRC
Ni Cr15.5 B2.9 Si4.3 C0.7 Fe4.2
9920
Ni Cr20 Si0.5 C0.2 Mn0.75
9305
Ni Al5

 

Cobalt Based

Product Code
Hardness
Alloy Composition
42001
53-58 HRC
Co Cr30 C2.5 W12 Mo
42006
40-44 HRC
Co Cr28.5 C1.1 W4.4 Mo
42006H
40-46 HRC
Co Cr29 C1.2 W5.2 Mo
42012
47-51 HRC
Co Cr28.5 C1.4 W8 Mo<1 Ni<2 Si Fe Mn
42021
28-40 HRC
Co Cr27 C0.25 Mo5.5 Ni2.6 Si Fe Mn

 

WC-Ni Alloy Matrix Powder for Fuseweld

Product Code
Nickel Matrix
WC
15350
40 HRC powder 50%
WC-12Co 50%

* Other or customer specific blends are available.

  • 10 – 44 µm
  • 20 – 53 µm
  • Equipment specific particle size distribution available
In glass industry HVOF-process is used for narrow neck plungers with a diameter of less than 25 mm and require hard and dense coatings.
ForteCoat thermal spray powders for glass moulds industry brochure pdf
ForteCoat thermal spray powders general brochure pdf