| Name | Chemistry | Size | Form | Product code | Supplier | Approvals | Similar powders | Comments |
| Abradable Powders |
| AlSi-Polyester |
(Al 12Si) 40 Polyester |
-125 + 11 |
blended |
Metco 601 NS |
Sulzer Metco |
Allison EMS 52467&57735, EMS 38900, MSRR 9507/15, GE B50TF222, PWA 1349&CPW 517 |
|
operating temperatures up to 350 °C |
| Alumina Titania |
Al2O3 13TiO2 |
-22 +5 microns |
Blended |
Amperit 744.0 |
HC Starck |
|
Metco 130/-130SF, AMDRY 6224/-6228, Prax. ALO-187/-188, Miller AI-1051/- |
less hard and corrosion resistant compared with Al203-3TiO2 ( AMPERITr 742) |
| Nickel Graphite |
Ni 25C(g) |
|
dense coated product |
Amperit 205.415 |
HC Starck |
PWA 1352/1-L |
Metco 307-NS, AMDRY 952, Prax. NI-114 |
- abradable-clearance control on turbine components
- usually flame sprayed
- operating temp. up to 480°C |
| Carbides |
| Molybdenum |
Mo |
|
Sintered |
106.222 |
HC Starck |
MTS 1054B |
|
|
| Nickel Titanium Carbide |
Ni TiC |
10-60 microns |
crushed |
|
LSM |
|
|
SHS powder |
| Ceramic Oxides |
| Alumina |
Al2O3 |
-22 +5 microns |
Fused |
Amperit 740.0 |
HC Starck |
|
Metco 105 NS, AMDRY 180, Prax. ALO-101/-114, Miller AI-1010HP, F, FHP/-1110HP |
- resistant to corrosion, abrasion, erosion and sliding wear
- excellent dielectric properties
- max. service temperature : 1000°C |
| MCrAlY |
| cobalt-nickel based MCrAlY |
CoNiCRAlY |
-45 +22 microns |
gas atomised |
|
HC Starck |
|
AMDRY 9954/9951, Prax. CO-210-1/-127/ -159/-211 |
- protection in hot gas corrosive and oxidizing envirements at high temperatures of approx. 850°C |
| Dynamet |
38.5%Co32%Ni21%Cr8%Al0.5%Y |
10-45 microns |
vacuum melted argon atomised |
G195 |
Dynamet |
GE B50TF195 |
|
|
| MCrAlY |
Ni 37Cr 12Al .8Y |
20-63 microns |
Gas Atomised |
CAT 37-12 |
CA Technology Ltd |
|
|
|
| Nickel based MCrAlY |
NiCrAlY |
-45 +22 microns |
gas atomised |
Amperit 413.1 |
HC Starck |
|
|
- protection in hot gas corrosive and oxidizing envirements at high temperatures of approx. 850°C |
| Nickel cobalt based MCrAlY |
NiCoCrAlY |
-45 +22 |
gas atomised |
Amperit 410.1 |
HC Starck |
|
Prax. NI-135/-171, Miller AI-1065-2, AMDRY 365-1/-2 |
- protection in hot gas corrosive and oxidizing envirements at high temperatures of approx. 850°C |
| Nickel cobalt based MCrAlY |
NiCoCrAl |
|
Gas atomised |
Amperit 410.429 |
HC Starck |
PWA 1365-1L/ 1365-2L |
|
22
- protection in hot gas corrosive and oxidizing envirements at high temperatures of approx. 850°C |
| nickel-cobalt based MCrAlY |
NiCoCrAlTaReY |
|
gas atomised |
|
HC Starck |
GE B50TF242C |
|
- Ta and Re containing MCrAlY to improve hot gas corrosion resistance |
| Pratt & Whitney Paton |
20-23 Co 18-22 Cr 11-13 Al bal Ni 0.4-0.6 Y |
|
ingot |
SDP-1 |
Pratt & Whitney Paton |
P&W |
|
MCrAlY ingot for PVD |
| Metal Alloys |
| Nickel Aluminium |
Ni 5Al |
-45 +5 microns |
water atomised |
Amperit 280.2 |
HC Starck |
|
Prax. NI-185 |
- high temperature and corrosion resistant bond coat up to 800°C
- excellent machinability |
| Nickel Chrome |
Ni 20Cr |
-22 +5 microns |
Water Atomised |
Amperit 250.0 |
HC Starck |
|
Metco 43C-NS/-F-NS/ 43VF-NS, Prax. NI-105/106/107, Miller AI-1003/ 1015/ 1017/ 1019 |
- repair, bond coat and corrosion protection material
- good machinability
- bond coat for ceramics
- resists oxidation and corrosion up to 980°C |
| Nickel Molybdenum Aluminium |
Ni 5Mo 5Al |
-90 +45 |
porous coated |
Amperit 273.2 |
HC Starck |
|
Metco 447-NS, AMDRY 387, Prax. NI-453, Miller AI-1087 |
- moderate hard coatings
- repair material with extreme toughness
- excellent bonding |
| Metal Alloys and Blends |
| Molybdenum & Nickel Self Fluxing Alloy |
Mo + Ni SF |
-90 +15 |
Blend |
Amperit 119.075 |
HC Starck |
|
AMDRY 1371, Miller AI-1054 |
- piston ring coating material with excellent sliding properties and wear resistance |
| Pure Metals |
| Chromium |
Cr |
-45 +5 microns |
|
Amperit 146.3 |
HC Starck |
|
|
- corrosion resistant |
| Molybdenum |
Mo |
+10 -45 microns |
Agglomerated & Sintered |
Amperit 105.054 |
HC Starck |
|
Amdry 313X, Prax. MO-102/-103, Miller AI-1013/-1038 |
|
| Molybdenum |
Mo |
-75 +45 |
Agglomerated & Simtered |
Amperit 109.063 |
HC Starck |
|
AMDRY 313X, Prax. MO-102/-103, Miller AI-1013/-1038 |
- preferred bond coat for steel substrates
- excellent sliding and emergency running properties
- high coating hardness
- in oxidizing atmosphere max. service temperature 300°C |
| Molybdenum |
Mo |
-53 +15 |
Agglomerated & Sintered |
Amperit 109.066 |
HC Starck |
|
|
- preferred bond coat for steel substrates
- excellent sliding and emergency running properties
- high coating hardness
- in oxidizing atmosphere max. service temperature 300°C |
| Molybdenum |
|
|
sintered |
|
HC Starck |
|
|
|
| Molybdenum |
Mo |
-53 +10 |
sintered |
106.2 90/45 |
HC Starck |
|
Metco 63-NS |
sintered and crushed alternative to AMPERITr 105/109 |
| Molybdenum |
Mo |
|
sintered |
Amperit 106.158 |
HC Starck |
PWA 1313 |
|
|
| Nickel |
Ni |
-90 +45 microns |
Atomised |
Amperit 175.2 |
HC Starck |
|
Metco 56 C-NS/-F-NS, Prax. NI-101, Miller Al-1024/1023 |
- corrosion protection
- ingredient as matrix material in blends
- repair and bond coat for Ni-based alloys |
| Tantalum |
Ta |
-90 +45 |
Fused |
Amperit 150.2 |
HC Starck |
|
|
corrosion protection in chemical apparatus |
| Titanium |
Ti |
<63 microns |
|
Amperit 155.086 |
HC Starck |
|
|
- material for biomedical applications
- good corrosion resistance |
| Titanium |
Ti |
-125 +09 |
|
Amperit 155.093 |
HC Starck |
|
|
- material for biomedical applications
- good corrosion resistance |
| Tungsten |
W |
|
|
Amperit 140.1 |
HC Starck |
|
Miller AI-1061/-1061F |
- high temperature melting material
- resistant to molten zinc and copper
- adhesion to graphite, alumina and quartz |
