OEM approvals and specifications
Amperit® cobalt (Co) based
Amperit 342.769 | CoMoCrSi | General Electric | GE B50A939
Particle size: -
Chemistry: CoMoCrSi
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 344.930 | CoCrWSi | General Electric | GE B50A960
Particle size: -
Chemistry: CoCrWSi
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 348.430 | Co-HF31 | Pratt & Whitney| PWA 1316
Particle size: -
Chemistry: Co-HF31
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 348.431 | Co-HF31 | Pratt & Whitney| PWA 1318
Particle size: -
Chemistry: Co-HF31
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 348.706 | Co-HF31 | CPWA | CPW 236
Particle size: -
Chemistry: Co-HF31
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit® MCrAlY based
Amperit 410.424 | NiCoCrAlY | Pratt & Whitney | PWA 1365-1
Particle size: -
Chemistry: NiCoCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 410.429 | NiCoCrAlY | Pratt & Whitney | PWA 1365-2, CPW 386
Particle size: -
Chemistry: NiCoCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 410.860 | NiCoCrAlY | GKN Aerospace | PM 819-51
Particle size: -
Chemistry: NiCoCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 413.247 | NiCrAlY | MTU Aero Engines | MTS 1545
Particle size: -
Chemistry: NiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 413.265 | NiCrAlY | General Electric | GE B50A892
Particle size: -
Chemistry: NiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 413.284 | NiCrAlY | General Electric | GE B50TF192 Class A
Particle size: -
Chemistry: NiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 413.726 | NiCrAlY | Safran (Snecma) | DMR 33-090
Particle size: -
Chemistry: NiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 413.858 | NiCrAlY | GKN Aerospace | PM 819-44
Particle size: -
Chemistry: NiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 413.963 | MCrAlY | General Electric | GE B50TF192 Class A
Particle size: -
Chemistry: NiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 413.981 | NiCrAlY | General Electric | GE B50TF192 Class B
Particle size: -
Chemistry: NiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 415.220 | CoNiCrAlY | MTU Aero Engines | MTS 1262
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 415.221 | CoNiCrAlY | MTU Aero Engines | MTS 1273
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 415.288 | CoNiCrAlY | General Electric | GE B50TF195 Class A
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 415.366 | CoNiCrAlY | Rolls Royce Aviation | RRMS40001
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 415.875 | CoNiCrAlY | GKN Aerospace | PM 819-86
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 421.001 | Ni 18Cr 10Co 6.5Al 6Ta 2Re 0.3Y 1Si 0.5Hf | 45/22 µm
Particle size: 45/22 µm
Chemistry: Ni 18Cr 10Co 6.5Al 6Ta 2Re 0.3Y 1Si 0.5Hf
Powder type: Gas atomised
Suitable for deposition techniques: HVOF, Atmospheric plasma spraying (APS), VPS/LPPS
Remarks:
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Amperit 421.087 | Ni 18Cr 10Co 6.5Al 6Ta 2Re 0.3Y 1Si 0.5Hf | 38/15 µm
Particle size: 38/15 µm
Chemistry: Ni 18Cr 10Co 6.5Al 6Ta 2Re 0.3Y 1Si 0.5Hf
Powder type: Gas atomised
Suitable for deposition techniques: HVOF, Atmospheric plasma spraying (APS), VPS/LPPS
Remarks:
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Amperit 421.240 | NiCrCoAlTaReY | MTU Aero Engines | MTS 1351
Particle size: -
Chemistry: NiCrCoAlTaReY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 421.299 | NiCrCoAlTaReY | General Electric | GE B50TF242 Class A
Particle size: -
Chemistry: NiCrCoAlTaReY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 421.760 | NiCrCoAlTaReY | General Electric | GE B50TF242 Class B
Particle size: -
Chemistry: NiCrCoAlTaReY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 421.761 | NiCrCoAlTaReY | General Electric | GE B50TF242 Class C
Particle size: -
Chemistry: NiCrCoAlTaReY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 421.992 | NiCrCoAlTaReY | General Electric | GE B50TF242 Class D
Particle size: -
Chemistry: NiCrCoAlTaReY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 442.974 | NiCrSi | General Electric | GE B50TF81 Class A
Particle size: -
Chemistry: NiCrSi
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 448.996 | CoNiCrAlY | General Electric | GE B50AG12 Class A
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 448.997 | CoNiCrAlY | General Electric | GE B50AG12 Class C
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 455.756 | CoNiCrAlY | General Electric | GE B50AG30 Class A
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 455.757 | CoNiCrAlY | General Electric | GE B50AG30 Class B
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 455.758 | CoNiCrAlY | General Electric | GE B50AG30 Class C
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 455.944 | CoNiCrAlY | General Electric | GE B50AG31 Class A
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 455.945 | CoNiCrAlY | General Electric | GE B50AG31 Class B
Particle size: -
Chemistry: CoNiCrAlY
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 481.984 | CoCrAlHf | General Electric | GE B50TF201 Class A
Particle size: -
Chemistry: CoCrAlHf
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 481.985 | CoCrAlHf | General Electric | GE B50TF201 Class B
Particle size: -
Chemistry: CoCrAlHf
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 481.986 | CoCrAlHf | General Electric | GE B50TF201 Class C
Particle size: -
Chemistry: CoCrAlHf
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit® nickel (Ni) based
Amperit 1660-22 | NiCrBSi | General Electric | GE B50A1077
Particle size: -
Chemistry: NiCrBSi
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 250.200 | NiCr | MTU Aero Engines | MTS 1050
Particle size: -
Chemistry: Ni-Cr
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 250.354 | NiCr | Rolls Royce Aviation | MSRR 9507/8
Particle size: -
Chemistry: Ni-Cr
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 250.410 | NiCr | Pratt & Whitney | PWA 1317
Particle size: -
Chemistry: Ni-Cr
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 250.411 | NiCr | Pratt & Whitney | PWA 1319
Particle size: -
Chemistry: Ni-Cr
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 250.425 | NiCr | Pratt & Whitney | PWA 1303
Particle size: -
Chemistry: Ni-Cr
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 250.428 | NiCr | Pratt & Whitney | PWA 1315
Particle size: -
Chemistry: Ni-Cr
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 250.968 | NiCr | General Electric | GE B50TF40 Class A
Particle size: -
Chemistry: Ni-Cr
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 250.969 | NiCr | General Electric | GE B50TF40 Class B
Particle size: -
Chemistry: Ni-Cr
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 251.968 | NiCr | General Electric | GE B50TF40 Class A
Particle size: -
Chemistry: Ni-Cr
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 251.969 | NiCr | General Electric | GE B50TF40 Class B
Particle size: -
Chemistry: Ni-Cr
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 280.241 | NiAl | MTU Aero Engines | MTS 1309
Particle size: -
Chemistry: Ni-Al
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 280.287 | NiAl | General Electric | GE B50TF56 Class B
Particle size: -
Chemistry: Ni-Al
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 280.732 | NiAl | Safran (Snecma) | DMR 33-011
Particle size: -
Chemistry: Ni-Al
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 280.972 | NiAl | General Electric | GE B50TF56 Class C
Particle size: -
Chemistry: Ni-Al
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 281.245 | NiAl | MTU Aero Engines | MTS 1519
Particle size: -
Chemistry: Ni-Al
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 281.287 | NiAl | General Electric | GE B50TF56 Class C
Particle size: -
Chemistry: Ni-Al
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 281.390 | NiAl | Rolls Royce Aviation | RRMS 40022
Particle size: -
Chemistry: Ni-Al
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 281.420 | NiAl | Pratt & Whitney | PWA 1380
Particle size: -
Chemistry: Ni-Al
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 281.863 | NiAl | GKN Aerospace | PM 819-56
Particle size: -
Chemistry: Ni-Al
Powder type: Suitable for deposition techniques: -
Remarks:
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Amperit 295.202 | NiCrAl | MTU Aero Engines | MTH 704
Particle size: -
Chemistry: Ni-Cr-Al
Powder type: Water atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 407.291 | NiCrMoNbAlTi | General Electric | GE B50TF202 Class B
Particle size: -
Chemistry: NiCrMoNbAlTi
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 407.987 | NiCrMoNbAlTi | General Electric | GE B50TF202 Class A
Particle size: -
Chemistry: NiCrMoNbAlTi
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 407.988 | NiCrMoNbAlTi | General Electric | GE B50TF202 Class D
Particle size: -
Chemistry: NiCrMoNbAlTi
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 442.974 | NiCrSi | General Electric | GE B50TF81 Class A
Particle size: -
Chemistry: NiCrSi
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit 445.980 | NiCoCrAlMoWTi | General Electric | GE B50TF183 Class A
Particle size: -
Chemistry: NiCoCrAlMoWTi
Powder type: Gas atomised
Suitable for deposition techniques: -
Remarks:
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Amperit® pure metals and alloys
Amperit 146.412 | Cr pure | Pratt & Whitney | PWA 1331
Particle size: -
Chemistry: Cr pure
Powder type: -
Suitable for deposition techniques: -
Remarks:
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Amperit 106.158 | Mo pure | Pratt & Whitney | PWA 1313
Particle size: -
Chemistry: Mo pure
Powder type: Sintered and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 106.222 | Mo pure | MTU Aero Engines | MTS 1054
Particle size: -
Chemistry: Mo pure
Powder type: Sintered and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 106.282 | Mo pure | General Electric | GE 401-3083-630
Particle size: -
Chemistry: Mo pure
Powder type: Sintered and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 106.707 | Mo pure | CPWA | CPW 213
Particle size: -
Chemistry: Mo pure
Powder type: Sintered and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 106.870 | Mo pure | GKN Aerospace | PM 819-13
Particle size: -
Chemistry: Mo pure
Powder type: Sintered and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 109.832 | Mo pure | Boeing | BMS 1067 Type 21
Particle size: -
Chemistry: Mo pure
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 920.894 | MoSi2 | McDonnel Douglas | DMS 2049 Type 3
Particle size: -
Chemistry: MoSi2
Powder type: Sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 165.965 | Re pure | General Electric | GE B50TF260 Class A
Particle size: -
Chemistry: Re pure
Powder type: -
Suitable for deposition techniques: -
Remarks:
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Amperit 170.266 | Si pure | General Electric | GE A50TF350 Class A
Particle size: -
Chemistry: Si pure
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 170.372 | Si pure | Rolls Royce Aviation | RRMS40061 Rev. A
Particle size: -
Chemistry: Si pure
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 171.925 | Si pure | General Electric | GE A50TF350 Class B
Particle size: -
Chemistry: Si pure
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit® chromium carbides (CrC)
Amperit 580.402 | CrC pure | Pratt & Whitney | PWA 1304
Particle size: -
Chemistry: CrC pure
Powder type: -
Suitable for deposition techniques: -
Remarks:
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Amperit 580.404 | CrC pure | Pratt & Whitney | PWA 1306
Particle size: -
Chemistry: CrC pure
Powder type: -
Suitable for deposition techniques: -
Remarks:
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Amperit 584.833 | CrC-NiCr | Boeing | BMS 10-67 Type 22
Particle size: -
Chemistry: Cr3C2-NiCr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 585.351 | CrC-NiCr | Rolls Royce Aviation | RRMS 40029
Particle size: -
Chemistry: Cr3C2-NiCr
Powder type: Blended
Suitable for deposition techniques: -
Remarks:
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Amperit 585.357 | CrC-NiCr | Rolls Royce Aviation | MSRR 9507/17
Particle size: -
Chemistry: Cr3C2-NiCr
Powder type: Blended
Suitable for deposition techniques: -
Remarks:
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Amperit 585.405 | CrC-NiCr | Pratt & Whitney | PWA 1307
Particle size: -
Chemistry: Cr3C2-NiCr
Powder type: Blended
Suitable for deposition techniques: -
Remarks:
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Amperit 585.435 | CrC-NiCr | SAE International | AMS 7875
Particle size: -
Chemistry: Cr3C2-NiCr
Powder type: Blended
Suitable for deposition techniques: -
Remarks:
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Amperit 585.868 | CrC-NiCr | GKN Aerospace | PM 819-5
Particle size: -
Chemistry: Cr3C2-NiCr
Powder type: Blended
Suitable for deposition techniques: -
Remarks:
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Amperit 588.419 | CrC-NiCr | Pratt & Whitney | PWA 1364
Particle size: -
Chemistry: Cr3C2-NiCr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 593.775 | CrC-NiCr | General Electric | GE B50TF281 Class A
Particle size: -
Chemistry: Cr3C2-NiCr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit® tungsten carbides (WC)
Amperit 515.203 | WC-Co | MTU Aero Engines | MTS 1055
Particle size: -
Chemistry: WC-Co
Powder type: Sintered and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 515.400 | WC-Co | SAE International | AMS 2879 Class 2
Particle size: -
Chemistry: WC-Co
Powder type: Sintered and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 515.830 | WC-Co | Boeing | BMS 10-67 Type 1
Particle size: -
Chemistry: WC-Co
Powder type: Sintered and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 515.851 | WC-Co | GKN Aerospace | PM 819-1/-53
Particle size: -
Chemistry: WC-Co
Powder type:
Suitable for deposition techniques: -
Remarks:
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Amperit 515.949 | WC-Co | McDonnel Douglas | DMS 2049 Type 1
Particle size: -
Chemistry: WC-Co
Powder type: Sintered and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 518.280 | WC-Co | General Electric | GE B50TF27 Class A
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 518.768 | WC-Co | General Electric | GE B50TF27 Class B
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 518.874 | WC-Co | GKN Aerospace | PM 819-25
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.223 | WC-Co | MTU Aero Engines | MTS 1058
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.350 | WC-Co | Rolls Royce Aviation | RRMS 40032
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.382 | WC-Co | Rolls Royce Aviation | RRMS 40015
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.437 | WC-Co | SAE International | AMS 7881
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.454 | WC-Co | Pratt & Whitney | PWA 36331 Class 1
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.727 | WC-Co | Safran (Snecma) | DMR 33-501
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.729 | WC-Co | Safran (Snecma) | DMR 33-019
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.781 | WC-Co | De Havilland Aircraft | DHMS C4.19
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.784 | WC-Co | Bombardier | BAMS 561-001 Type 1
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.831 | WC-Co | Boeing | BMS 10-67 Type 1
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 526.895 | WC-Co | McDonnel Douglas | DMS 2049 Type 5
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 528.764 | WC-Co | General Electric | GE B50TF295 Class A
Particle size: -
Chemistry: WC-Co
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 556.440 | WC-Co-Cr | SAE International | AMS 7882
Particle size: -
Chemistry: WC-Co-Cr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 558.426 | WC-Co-Cr | SAE International | AMS 7882
Particle size: -
Chemistry: WC-Co-Cr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 558.433 | WC-Co-Cr | SAE International | AMS 7882
Particle size: -
Chemistry: WC-Co-Cr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 558.434 | WC-Co-Cr | SAE International | AMS 7882
Particle size: -
Chemistry: WC-Co-Cr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 558.443 | WC-Co-Cr | SAE International | AMS 7882
Particle size: -
Chemistry: WC-Co-Cr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 558.444 | WC-Co-Cr | SAE International | AMS 7882
Particle size: -
Chemistry: WC-Co-Cr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 558.655 | WC-Co-Cr | Safran (Landing Gears) | PCS-2561
Particle size: -
Chemistry: WC-Co-Cr
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit® aluminium (Al)/titanium (Ti) oxides
Amperit 740.207 | Al2O3 pure | MTU Aero Engines | MTS 1062
Particle size: -
Chemistry: Al2O3 pure
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 740.355 | Al2O3 pure | Rolls Royce Aviation | RRMS 40020
Particle size: -
Chemistry: Al2O3 pure
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 740.406 | Al2O3 pure | Pratt & Whitney | PWA 1310
Particle size: -
Chemistry: Al2O3 pure
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 742.204 | Al2O3-TiO2 | MTU Aero Engines | MTS 1059
Particle size: -
Chemistry: Al2O3-TiO2
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 742.206 | Al2O3-TiO2 | MTU Aero Engines | MTS 1061
Particle size: -
Chemistry: Al2O3-TiO2
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 742.292 | Al2O3-TiO2 | General Electric | GE A50TF87 Class A
Particle size: -
Chemistry: Al2O3-TiO2
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 742.298 | Al2O3-TiO2 | General Electric | GE A50TF87 Class B
Particle size: -
Chemistry: Al2O3-TiO2
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 742.407 | Al2O3-TiO2 | Pratt & Whitney | PWA 1311
Particle size: -
Chemistry: Al2O3-TiO2
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 742.731 | Al2O3-TiO2 | Safran (Snecma) | DMR 33-202
Particle size: -
Chemistry: Al2O3-TiO2
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 742.850 | Al2O3-TiO2 | GKN Aerospace | PM 819-0
Particle size: -
Chemistry: Al2O3-TiO2
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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Amperit 742.867 | Al2O3-TiO2 | GKN Aerospace | PM 819-11
Particle size: -
Chemistry: Al2O3-TiO2
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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||
Amperit 742.966 | Al2O3-TiO2 | General Electric | GE A50TF87 Class C
Particle size: -
Chemistry: Al2O3-TiO2
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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||
Amperit® chromium (Cr) oxides
Amperit 704.216 | Cr2O3 pure | MTU Aero Engines | MTS 1231
Particle size: -
Chemistry: Cr2O3
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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||
Amperit 707.392 | Cr2O3 pure | Rolls Royce Aviation | RRMS 40039
Particle size: -
Chemistry: Cr2O3
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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||
Amperit® zirconium (Zr) oxides
Amperit 817.929 | ZrO2-Y2O3 | General Electric | GE A50AG4 Class C
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
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||
Amperit 817.934 | ZrO2-Y2O3 | General Electric | GE A50AG4 Class C
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
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Amperit 819.264 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class E
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
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Amperit 825.218 | ZrO2-Y2O3 | MTU Aero Engines | MTS 1198
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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||
Amperit 825.242 | ZrO2-Y2O3 | MTU Aero Engines | MTS 1342
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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||
Amperit 825.289 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class A
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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||
Amperit 825.290 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class B
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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||
Amperit 825.381 | ZrO2-Y2O3 | Rolls Royce Aviation | RRMS40042
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
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||
Amperit 825.774 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class C
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Fused and crushed
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.238 | ZrO2-Y2O3 | MTU Aero Engines | MTS 1352
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.289 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class A
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.290 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class B
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.423 | ZrO2-Y2O3 | Pratt & Whitney | PWA 1375
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.772 | ZrO2-Y2O3 | General Electric | GE A50A557
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.773 | ZrO2-Y2O3 | General Electric | GE A50A558
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.774 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class C
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.853 | ZrO2-Y2O3 | GKN Aerospace | PM 819-20
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.864 | ZrO2-Y2O3 | GKN Aerospace | PM 819-57
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.873 | ZrO2-Y2O3 | GKN Aerospace | PM 819-84
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 827.943 | ZrO2-Y2O3 | Honeywell | EMS 57750 Type 1
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 828.405 | ZrO2-Y2O3 | Pratt & Whitney | PWA 36375
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Agglomerated and sintered
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.289 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class A
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.290 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class B
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.359 | ZrO2-Y2O3 | Rolls Royce Aviation | RRMS 40000
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.733 | ZrO2-Y2O3 | Safran (Snecma) | DMR 33-098
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.733 | ZrO2-Y2O3 | Safran Helicopters | LA0657PQO
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spheroidised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.772 | ZrO2-Y2O3 | General Electric | GE A50A557
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.773 | ZrO2-Y2O3 | General Electric | GE A50A558
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.774 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class C
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.967 | ZrO2-Y2O3 | General Electric | GE A50TF278 Class D
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
Amperit 831.998 | ZrO2-Y2O3 | General Electric | GE A50AG1 Class C
Particle size: -
Chemistry: ZrO2-Y2O3
Powder type: Plasma spherodised/HOSP
Suitable for deposition techniques: -
Remarks:
|
||
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