Impuphu ye-nano-tungsten/ Impuphu ye-Nano W(W 50nm 99.9%)
Izici eziyinhloko zempuphu ye-nano-tungsten, ukulungiswa kwempuphu ye-tungsten e-ultrafine ngenqubo ekhethekile, izinhlayiya ezifanayo, umsebenzi ophezulu, indawo enkulu kanye nokuqukethwe kwe-oxygen kwempuphu ngemva kokudlula kungalawulwa ku-
Inani elikhulu le-alloy esindayo esetshenzisiwe, insimbi ye-alloy, i-drill, i-anvil neminye imikhiqizo; Umsebenzi ophezulu we-nano-tungsten powder ungasetshenziswa njengezinto zokusetshenziswa ze-alloy powder alloy esebenza kahle kakhulu, eningi kakhulu (engeza kusuka ku-10% kuya ku-20%) kanye nokulungiswa kwe-W bar kanye ne-W wire yezinto zokusetshenziswa, izithasiselo zingasetshenziswa njenge-alloy ephezulu yokusebenza kwezinto zokusetshenziswa ze-tungsten powder, zingathuthukisa kakhulu ukusebenza kwe-alloy, ngenkathi zinciphisa izinga lokushisa lokusinta kanye nesikhathi esifushane sokusinta, zinciphise izindleko zokukhiqiza; I-nano-tungsten powder ingasetshenziswa njengezinto zokusetshenziswa ze-nano-WC ze-Nanocrystalline carbide. Ngenxa yesakhiwo esikhethekile se-pore se-nano-tungsten powder enjalo, i-tungsten powder eluhlaza yendlela ye-ceramic metal coating W-Mn. Inkampani yokusekela ubuchwepheshe inganikeza i-nanometer tungsten powder, i-ultrafine tungsten powder ezintweni ze-alloy, ukwesekwa kobuchwepheshe besicelo sezinto zokusinta, kanye nolwazi oluthile lwesicelo, sicela uxhumane nabasebenzi bomnyango wokuthengisa.
Ukupakisha, umkhiqizo wokugcina unegesi engasebenzi kahle, ukupakisha okungaguquki kufanele kuvalwe futhi kugcinwe endaweni eyomile, epholile, akufanele kuhlale isikhathi eside emoyeni, ukuhlangana kabusha okulwa nomswakama, kuthinte izakhiwo zokuhlakazeka kanye nemiphumela.
| Imikhiqizo ihlukaniswe ngezigaba | Imodeli | Usayizi wezinhlayiya omaphakathi (nm) | Ubumsulwa (%) | Indawo ethile yobuso (m2/ g) | Ubuningi benqwaba (g / cm2)3) | Ama-Polymorph | Umbala |
| Isikali Esincane | W-001 | 50 | > 99.9 | 12 | 2.0 | I-Globular | Ophuzi |
| I-Submicron | W-002 | 600 | > 99.0 | 2 | 3.2 | I-Globular | Umpunga onsomi |
| 1. | Impuphu ye-nano-copper/Impuphu ye-Nano Cu (Cu 50nm 99.9%) |
| 2. | i-nano-zinc powder/ i-Nano Zn powder (Zn 50nm 99.9%) |
| 3. | impuphu ye-nano-cobalt/ impuphu ye-Nano Co(Co 50nm 99.9%) |
| 4. | Impuphu ye-nano-molybdenum/ Impuphu ye-Nano Mo(Mo 50nm 99.9%) |
| 5. | i-nano-nickel powder/ Nano Ni powder(Ni 50nm 99.9%) |
| 6. | Impuphu ye-nano-tin/ Impuphu ye-Nano Sn (Sn 50nm 99.9%) |
| 7. | I-Magnesium Oxide Nanopowder (MgO) |
| 8. | i-nano-titanium powder/ i-Nano Ti powder (Ti 40nm 99.9%) |
| 9. | Impuphu ye-nano-tungsten/ Impuphu ye-Nano W(W 50nm 99.9%) |
| 10. | i-nano-Bi powder/ i-Nano Bi powder (Bi 50nm 99.9%) |
| 11. | Ama-Nanoparticles egolide (Au) / i-Nano Au powder (Au 12-15nm 99.99%) |
| 12. | Impuphu ye-Platinum Nanoparticles/ Nano Pt (Pt 10nm 99.9%) |
| 13. | I-Tantalum Nanopowder / Nanoparticles (Ta)/Nano Ta powder(Ta 80nm 99.9%) |
| 14. | i-nano silver powder |
| 15. | i-nano-aluminium/ i-Nano Al powder |
| 16. | impuphu ye-nano-iron/ i-Nano Fe 50nm |
