| PZhV1 ( ПЖВ1 ) | PZhV2 ( ПЖВ2 ) |
| PZhV3 ( ПЖВ3 ) | PZhV4 ( ПЖВ4 ) |
| PZhV5 ( ПЖВ5 ) | PZhR2 ( ПЖР2 ) |
| PZhR3 ( ПЖР3 ) | PZhR5 ( ПЖР5 ) |
| Nickel powder |
| Iron-based powder structural materials |
| Powders of high-alloyed steels and alloys |
| PKh13M2 ( ПХ13М2 ) | PKh17N2 ( ПХ17Н2 ) |
| PKh18N15 ( ПХ18Н15 ) | PKh18N9T ( ПХ18Н9Т ) |
| PKh20N80 ( ПХ20Н80 ) | PKh23N18 ( ПХ23Н18 ) |
| PKh30 ( ПХ30 ) | PKh40N60 ( ПХ40Н60 ) |
| PKhN28MDT ( ПХН28МДТ ) |
| Iron-based powder antifriction materials |
| Sintered hard alloys |
| Tungsten free sintered hard alloys |
| KNT16 ( КНТ16 ) | TN20 ( ТН20 ) |
| High-speed steel |
| R12M3K5F2-MP ( Р12М3К5Ф2-МП ) | R12MF5-MP ( Р12МФ5-МП ) |
| R6M5K5-MP ( Р6М5К5-МП ) | R6M5F3-MP ( Р6М5Ф3-МП ) |
| R7M2F6-MP ( Р7М2Ф6-МП ) | R9M4K8-MP ( Р9М4К8-МП ) |
| Powder material on the basis of molybdenum |
| M-MP ( М-МП ) |
| Powder from stainless chromium nickel steel and nickel |
| PR0Kh18N10 ( ПР0Х18Н10 ) | PRN ( ПРН ) |
| PRKh18N9 ( ПРХ18Н9 ) |
| Electrolytic copper powder |
| PMS-1 ( ПМС-1 ) | PMS-11 ( ПМС-11 ) |
| PMS-A ( ПМС-А ) | PMS-V ( ПМС-В ) |
| PMS-K ( ПМС-К ) | PMS-N ( ПМС-Н ) |
| Clotted aluminium powder |
| APS-1A ( АПС-1А ) | APS-1B ( АПС-1Б ) |
| APS-2 ( АПС-2 ) | APS-3 ( АПС-3 ) |
| Ceramic tool materials |
| V-3 ( В-3 ) | VO-13 ( ВО-13 ) |
| VOK-60 ( ВОК-60 ) |
| Copper-based powder antifriction materials |
| Pa-BrO ( ПА-БрО ) | Pa-BrOGr ( ПА-БрОГр ) |
| Pa-BrOGr2 ( ПА-БрОГр2 ) | Pa-BrOGr4 ( ПА-БрОГр4 ) |
| Pa-BrOZhGr ( ПА-БрОЖГр ) | Pa-BrOKh ( ПА-БрОХ ) |
| Pa-BrOKhN ( ПА-БрОХН ) | Pa-DGr10 ( ПА-ДГр10 ) |
| Tin powder |
| PO1 ( ПО1 ) | PO2 ( ПО2 ) |
| PO3 ( ПО3 ) | PO4 ( ПО4 ) |
| POEh ( ПОЭ ) |
| Zinc powder |
| PTs1 ( ПЦ1 ) | PTs2 ( ПЦ2 ) |
| PTs3 ( ПЦ3 ) | PTs4 ( ПЦ4 ) |
| PTs6 ( ПЦ6 ) | PTs7 ( ПЦ7 ) |
Powder metallurgy - all grades in Database of Steel and Alloy ( Marochnik)
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