i-nano-titanium nitride/ i-nano TiN 20nm 99.9%
Izici eziyinhloko zeI-nano-titanium nitride ultrafine titanium nitride powder elungiselelwe ngenqubo ekhethekile, ubumsulwa obuphezulu, ukusatshalaliswa kosayizi wezinhlayiya ezincane, indawo enkulu ebusweni, umsebenzi wobuso, i-nitrogen ecebile (> 35%), izinga lokushisa eliphezulu, ukumelana nokushiswa kwe-oxidation, ubulukhuni obuphezulu, ukumuncwa okuhle kakhulu kokusebenza kwe-infrared (80%), isivikelo se-UV sikhulu kuno-85% singasetshenziswa phezulu kwezembozo zokushisa kanye ne-membrane ye-ceramic yezimoto, ukufudumala kokushisa kanye nemiphumela yokushisa. Izinto ezibonakalayo zinokuqhutshwa okuhle kukagesi, zingasetshenziswa njenge-electrodes ye-electrolysis kasawoti oncibilikisiwe kanye nokuxhumana kukagesi nezinye izinto zokuqhuba, ze-ceramics eziqinile kanye ne-ceramics yesakhiwo yokushisa okuphezulu, umphumela muhle kakhulu.
1. Ipulasitiki esetshenziswa ezintweni zokupakisha ku-nano-titanium nitride barrier ixazulula izici zokuphuzi kwesicelo: inhlanganisela yobuchwepheshe be-nano-TiN barrier, i-Nano-TiN kanye ne-resin ehlanganisiwe ukwakha izinto ezihlanganisiwe, lawa ma-nanoparticles akwazile ukuvimba igebe lama-molecule, ukusabalala kwegesi kunzima ukungena, ngaleyo ndlela kuthuthukiswe izakhiwo zesithiyo se-resin, ipulasitiki. Uma kungeziwe inani lezinto ezincane lincane kakhulu, le nto ingasetshenziswa ngqo enkambisweni ehlukahlukene ekhona, futhi akudingeki ubuyekeze imishini. Engeza ingxenye ye-1000th ye-Du ingaqinisekisa ukubonakala kwe-polyester okusobala, okucacile, izakhiwo zesithiyo zanda izikhathi ezingaphezu kwezingu-8, ngenxa yokuqukethwe okuphezulu kwe-nitrogen ye-titanium nitride, i-titanium nitride ehlakazekile iluhlaza okwesibhakabhaka ngaphandle kokufaka noma yimuphi umbala wezinongo, ingafihla i-polyester ngokwayo izici zokuphuzi (ukuphuzi okuhlala njalo), yehlisa ikhasimende ukwengeza inani elikhulu lama-ejenti okufaka imibala, ukunciphisa izindleko;
2. I-PET plastic Izicelo: inani elincane lempuphu ye-nano-titanium nitride esetshenziswa kuma-thermoplastics obunjiniyela njenge-PET, i-PA, njll., ingasetshenziswa njenge-ejenti ye-nucleating crystallization ukuze isebenzise ukufakwa kwe-nano-titanium nitride ku-nano-dispersed nge-ethylene glycol slurry, ukuhlakazeka okungcono kwe-nano-titanium nitride kanye ne-PET engineering plastics ngokwenziwa kwe-polymerization yendlela, kungasheshisa kakhulu izinga le-crystallization le-PET plastic, okwenza kube lula ukubumba, ukwandisa ububanzi bokusetshenziswa kwe-PET engineering plastics. Ngesikhathi esifanayo inani elikhulu le-nano-titanium nitride particle dispersion kanye ne-PET liye lathuthukiswa kakhulu ukumelana nokuguguleka, ukumelana nomthelela we-PET engineering plastics ngenxa yemiphumela ye-nanometer;
3. Izicelo zokumboza okunokushisa okuphezulu: izinto ezibalulekile zezinto zokumboza okunokushisa okuphezulu ezinokuqukethwe okuphezulu kwe-nitrogen yempuphu ye-nano-TiN njengoba isetshenziswa ekushiseni okuphezulu, engeza ingxenye ekuthuthukisweni kwezinto zokumboza ezinezimbozo ezilungiselelwe ngokufutha nge-plasma Izinga lokusebenza kwemisebe yokushisa elitholiwe lithuthukiswa kakhulu, umkhiqizo usetshenziswa kakhulu esithandweni sokushisa okuphezulu ukonga amandla, kwezempi;
4. ukuthuthukiswa kwezinto zokufaka i-lead-free solder, ukufakwa kwe-trace titanium nitride nanopowder tin, isiliva, ithusi, i-zinc alloy, izinga lokushisa lokuncibilika liphansi ngo-200 ° C, ukukhiqiza i-alloy ifana kakhulu, kunciphisa izinga lokushisa lesisombululo esiqinile se-oxide esingu-30 ° C, kungafinyelela izinga lokushisa lokuqala le-tin-lead solder, uma singathuthukisa kakhulu ukungena, ukusetshenziswa okukhulu kobunzima bokuxazulula i-lead-free solder ekhona;
5. Ukulungiswa kwezinto eziluhlaza ze-elekthronikhi akukwazi ukusebenzisa i-chromium nezinye izinto eziyingozi njenge-lead, i-cadmium, i-bonding ephezulu, esezingeni lokushisa eliphezulu yesigaba sengilazi esingenalo i-lead, i-cadmium ceramic media, inkinga yokupakisha kanye ne-glass frit ukuhlanganiswa kwesigaba esiqinile sokushisa okuphezulu, iphuzu lokuthambisa eliphezulu, izinga lokushisa eliphezulu libe yi-porcelain ukuze likwazi ukujoyina i-micro titanium nitride nanopowder okwenza izinga lokushisa lokusabela kwesigaba esiqinile libe ngaphansi kwama-200 ° C, noma ngabe izinga lokushisa eliphansi lama-50 ℃, likwazi ukusebenzisa imishini yenqubo ekhona, nakho kuyintuthuko enkulu. I-Titanium dioxide kanye nesixazululo sayo esiqinile kuyisakhiwo sezinto ze-elekthronikhi, ifomu le-nano lokwethulwa kwezinguquko lingaba usizo ekuletheni ukusebenza; Iqukethe imithetho yokungcoliswa kwe-bromine (Br) engu-6 ikhawulela ukusetshenziswa kwama-polymer e-benzene, ku-retardant yomlilo kagesi, izingcezu zepulasitiki zegobolondo zibangela ubunzima kumapulasitiki obunjiniyela ukuze kufakwe inani elincane le-silicon nitride, i-silicon carbide, i-titanium nitride, i-carbide titanium nanopowder, hhayi nje ukwandisa amandla omshini, ukuguguleka, ukushisa nezinye izakhiwo, njengokufaka esikhundleni sezakhiwo zezinto ezigcina umlilo ze-bromine, ukusetshenziswa kwama-polymer e-organic kuyintuthuko enkulu; Ezinye izinkambu zokusetshenziswa: kumathuluzi okusika aqinile e-nanocomposite, i-carbide, izinto eziqhuba ukushisa ze-ceramic ezishisayo kakhulu, izinto ezimelana nokushisa, izinto eziqiniswe ukuhlakazeka, zingasetshenziswa ku-catalyst ye-electrode yamaseli kaphethiloli, izinto ezilwa ne-static kanye ne-ceramic eqhubayo.
| Imikhiqizo ihlukaniswe ngezigaba | Imodeli | Usayizi wezinhlayiya omaphakathi (nm) | Ubumsulwa (%) | Indawo ethile yobuso (m2/ g) | Ubuningi benqwaba (g / cm2)3) | Ama-Polymorph | Umbala |
| Isikali Esincane | I-TiN-001 | 20 | > 99.9 | 60.2 | 0.12 | I-Cube | Okumnyama |
| I-Submicron | I-TiN-002 | 700 | > 99.8 | 10.0 | 2.30 | I-Cube | Ophuzi okhanyayo |
| Uhlobo olucebile nge-nitrogen | I-TiN-003 | 700 | > 99.8 | 10.6 | 2.30 | I-Cube | Ophuzi |
| 1. | i-nano-silicon nitride / i-nano Si3N4 20nm 99.9% |
| 2. | i-nano-aluminium nitride / i-nano AlN 30nm 99.9% |
| 3. | i-nano-titanium nitride / i-nano TiN 20nm 99.9% |
| 4. | i-nano boron nitride / i-nano BN 50nm 99.9% |
| 5. | i-nano-zirconium nitride / i-nano ZrN 50nm 99.9% |
| 6. | i-nano vanadium nitride / i-nano VN 40nm 99.9% |
