Nano-nickel foda/ Nano Ni foda (Ni 50nm 99.9%)
Babban halayenNano-nickel foda, ultrafine nickel foda wanda aka shirya ta hanyar tsari na musamman, wanda ya haɗu da foda na nickel na electrolytic, da kuma mayar da fa'idodin nickel foda da atomized nickel foda a cikin ɗayan, babban abun ciki na nickel mai tsabta na ba kasa da 99.5%, carbon , phosphorus, low abun ciki na sulfur, oxygen da sauran abubuwa, sarrafa barbashi size, sako-sako da fiye da sarrafa foda matsawa yi, mai kyau motsi.
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1. Ruwan magnetic ta yin amfani da baƙin ƙarfe nanoscale, cobalt nano, nano nickel nano-alloy foda wanda aka samar da aikin magnetic mai kyau, ana iya amfani dashi ko'ina don rufe damping, kayan aikin likita, sarrafa sauti, nunin haske;
2. Ingantattun masu haɓakawa: Nano-nickel ultrafine nickel foda saboda babban yanki na musamman da babban aiki na nanosized nickel foda yana da tasiri mai ƙarfi mai ƙarfi, ana iya amfani da shi a cikin hydrogenation na halitta, iskar gas mai fitar da motoci; 3. m hanzari: Nano-nickel foda kara zuwa roka ta m man propellant iya muhimmanci inganta man konewa gudun, konewa zafi, inganta kwanciyar hankali na konewa: 4. conductive manna: lantarki manna ne yadu amfani a cikin microelectronics masana'antu a cikin wayoyi, marufi, connectivity taka muhimmiyar rawa a cikin miniaturization na microelectronic na'urorin. Tare da m yi na nickel, jan karfe, aluminum, azurfa Nano foda sanya daga lantarki slurry, da line kara miniaturization; 5. high-yi electrode kayan: Nano-nickel foda, da kuma karin kuma dace fasaha, na iya haifar da wata babbar surface yankin lantarki iya muhimmanci inganta fitarwa yadda ya dace; 6. Kunna sintering Additives: Nano foda saboda surface area da kuma surface atomic rabo, sabili da haka suna da wani babban makamashi jihar sintering a ƙananan yanayin zafi, akwai wani tasiri sintering Additives iya muhimmanci rage sintering zafin jiki na foda metallurgy kayayyakin da high-zazzabi yumbu. samfurori; 7, saman karfe da ba na ƙarfe conductive shafi aiki: nano aluminum, Nano jan karfe, Nano nickel-kunna surface, karkashin anaerobic yanayi a cikin zafin jiki a kasa foda narkewa batu na shafi. Ana iya amfani da wannan fasaha don samar da na'urorin microelectronic. |
| An rarraba samfuran | Samfura | Matsakaicin girman barbashi (nm) | Tsafta (%) | Takamammen yanki (m2/g) | Yawan yawa (g/cm3) | Polymorphs | Launi |
| Nanoscale | Ni-001 | 50 | > 99.9 | 23.2 | 0.22 | Kusan mai siffar zobe | Baki |
| Submicron | Ni-002 | 600 | > 99.0 | 3.80 | 1.49 | Globular | Grey |
| 1. | Nano-Copper foda/Nano Cu foda (Cu 50nm 99.9%) |
| 2. | nano-zinc foda/ Nano Zn foda (Zn 50nm 99.9%) |
| 3. | Nano-cobalt foda / Nano Co foda (Co 50nm 99.9%) |
| 4. | nano-molybdenum foda/ Nano Mo foda (Mo 50nm 99.9%) |
| 5. | Nano-nickel foda/ Nano Ni foda (Ni 50nm 99.9%) |
| 6. | Nano-tin foda/ Nano Sn foda (Sn 50nm 99.9%) |
| 7. | Magnesium Oxide Nanopowder (MgO) |
| 8. | nano-titanium foda/ Nano Ti foda (Ti 40nm 99.9%) |
| 9. | Nano-tungsten foda / Nano W foda (W 50nm 99.9%) |
| 10. | Nano-Bi foda/ Nano Bi foda (Bi 50nm 99.9%) |
| 11. | Nanoparticles na Zinariya (Au) / Nano Au foda (Au 12-15nm 99.99%) |
| 12. | Platinum Nanoparticles/ Nano Pt foda (Pt 10nm 99.9%) |
| 13. | Tantalum Nanopowder / Nanoparticles (Ta)/ Nano Ta foda (Ta 80nm 99.9%) |
| 14. | nano azurfa foda |
| 15. | nano-aluminum/ Nano Al foda |
| 16. | Nano-iron foda/ Nano Fe 50nm |
