i-nano-titanium nitride/ i-nano TiN 20nm 99.9%
Iimpawu eziphambili zeI-nano-titanium nitride ultrafine titanium nitride powder elungiselelwe ngenkqubo ekhethekileyo, ubunyulu obuphezulu, ukusasazwa kobukhulu besuntswana elincinci, indawo enkulu yomphezulu, umsebenzi womphezulu, i-nitrogen etyebileyo (> 35%), ubushushu obuphezulu, ukumelana ne-oxidation, ubulukhuni obuphezulu, ukufunxwa okugqwesileyo kokusebenza kwe-infrared (80%), isikhuselo se-UV sikhulu kune-85% sinokufakwa phezulu kweengubo zokufakelwa kunye ne-membrane ye-ceramic yemoto, ukufudumeza ubushushu kunye neziphumo zobushushu. Le nto inombane oqhuba kakuhle, ingasetyenziswa njenge-electrodes ye-electrolysis yetyuwa enyibilikisiweyo kunye noqhagamshelwano lombane kunye nezinye izinto zokuqhuba, kwiiceramics eziqinileyo kunye neeceramics zesakhiwo zobushushu obuphezulu, isiphumo silungile kakhulu.
1. Iplastiki efakwe kwizinto zokupakisha kwi-nano-titanium nitride barrier isombulula iimpawu zokutyheli kwesicelo: i-composite yeteknoloji yesithintelo se-nano-TiN, i-Nano-TiN kunye ne-composite resin ukwenza izinto ezidityanisiweyo, ezi nanoparticles zikwazile ukuvala umsantsa weemolekyuli, ukusasazeka kwegesi kunzima ukungena, ngaloo ndlela kuphucula iimpawu zesithintelo se-resin, iplastiki. Ukongeza inani lezinto ezincinci kakhulu, ezi zinto zingasetyenziswa ngokuthe ngqo kwinkqubo eyahlukeneyo ekhoyo, kwaye akufuneki zihlaziywe izixhobo. Yongeza umlinganiselo we-1000th ye-Du ingaqinisekisa ukubonakala kwe-polyester ecacileyo, ecacileyo, iimpawu zesithintelo zanda ngaphezu kwamaxesha asibhozo, ngenxa yomxholo ophezulu we-nitrogen we-titanium nitride, i-titanium nitride esasazekileyo iluhlaza okwesibhakabhaka ngaphandle kokongeza naluphi na umbala weziqholo, inokufihla iimpawu zokutyheli ze-polyester ngokwayo (ukutyheli okuhlala njalo), ukunciphisa umthengi ukongeza inani elikhulu leearhente zombala, ukunciphisa iindleko;
2. Iinkqubo zeplastiki zePET: ubungakanani obuncinci bepowder ye-nano-titanium nitride esetyenziswa kwi-thermoplastics zobunjineli ezifana ne-PET, i-PA, njl.njl., ingasetyenziswa njenge-arhente ye-nucleating crystallization ukuze isebenzise i-nano-titanium nitride deployment kwi-nano-dispersed nge-ethylene glycol slurry, ukusasazeka okungcono kwe-nano-titanium nitride kunye ne-PET engineering plastics nge-polymerization yendlela, inokukhawulezisa kakhulu izinga le-crystallization yeplastiki yePET, okwenza kube lula ukubumba, ukwandisa ububanzi bokusetyenziswa kweplastiki zobunjineli bePET. Kwangaxeshanye inani elikhulu le-nano-titanium nitride particle dispersion kunye ne-PET liye laphucuka kakhulu ukuxhathisa ukuguguleka, ukumelana nempembelelo kweplastiki zobunjineli bePET ngenxa yeziphumo ze-nanometer;
3. usetyenziso lwe-thermal emissivity coating: izinto eziphambili ze-thermal emissivity coating material ezinomxholo ophezulu we-nitrogen we-nano-TiN powder njengoko zisetyenziswa kubushushu obuphezulu, yongeza icandelo kuphuhliso lwezixhobo ze-coating ezine-coating ezilungiselelwe yi-plasma spray. Izinga lokusebenza kwe-radiation yobushushu elifunyenweyo liphucuke kakhulu, imveliso isetyenziswa kakhulu kwi-oven yobushushu obuphezulu yokonga amandla, kunye nemikhosi;
4. uphuhliso lwezixhobo ze-solder ezingenalo ilothe, ukufakwa kwe-trace titanium nitride nanopowder tin, isilivere, ubhedu, i-zinc alloy, ubushushu bokunyibilika buphantsi kwi-200 ° C, ukuvelisa i-alloy ifana ngakumbi, ukunciphisa ubushushu besisombululo se-oxide esiqinileyo se-30 ° C, kunokufezekisa ubushushu bokuqala be-solder ye-tin-lead, ukuba sinokuphucula ngakumbi ukungena, isicelo esikhulu sobunzima bokusombulula i-solder ekhoyo engenalo ilothe;
5. Ukulungiswa kwezinto ze-elektroniki eziluhlaza akunakusebenzisa i-chromium kunye nezinye izinto eziyingozi njenge-lead, i-cadmium, i-bonding ephezulu yobushushu beglasi engenalo i-lead, i-cadmium ceramic media, ingxaki yokupakisha kunye ne-glass frit kukuba i-solid-phase synthesis yobushushu obuphezulu, i-softening point ephezulu, i-high-temperature ibe yi-porcelain ukuze ikwazi ukujoyina i-micro titanium nitride nanopowder, okwenza ubushushu be-solid-phase reaction bube ngaphantsi kwe-200 ° C, nokuba i-50 ℃ ephantsi, ikwazi ukusebenzisa izixhobo zenkqubo ezikhoyo, nayo iyimpumelelo enkulu. I-Titanium dioxide kunye nesisombululo sayo esiqinileyo kukwakheka kwezinto ze-elektroniki, i-nano-form yokungeniswa kwe-mutations inokuba luncedo ekuziseni ukusebenza; Iqulethe imithetho yongcoliseko lwe-6 ye-bromine (Br) ithintela ukusetyenziswa kwee-polymers ze-benzene, kwi-electronic flame retardant, iziqwenga zeplastiki ze-shell skeleton zibangela ubunzima kwiiplastiki zobunjineli ukongeza inani elincinci le-silicon nitride, i-silicon carbide, i-titanium nitride, i-carbide titanium nanopowder, kungekuphela nje ukwandisa amandla oomatshini, ukuguguleka, ubushushu kunye nezinye iimpawu, njengokutshintsha iipropati zezinto ezithintela umlilo ze-bromine, ukusetyenziswa kwee-polymers eziphilayo kukuphumelela okukhulu; Ezinye iinkalo zesicelo: kwizixhobo zokusika ezinzima ze-nanocomposite, i-carbide, izinto eziqhuba i-ceramic ezishushu kakhulu, izinto ezimelana nobushushu, izinto eziqinisiweyo zokusasazeka, zingasetyenziswa kwi-electrode catalyst yeeseli zamafutha, izinto ezichasene ne-static kunye ne-ceramic eqhubayo.
| Iimveliso zihlulwe | Imodeli | Ubungakanani obuqhelekileyo besuntswana (nm) | Ubunyulu (%) | Indawo ethile yomphezulu (m2/ g) | Ubuninzi bobuninzi (g / cm2)3) | Iipolymorphs | Umbala |
| Isikali esincinci | I-TiN-001 | 20 | > 99.9 | 60.2 | 0.12 | Ityhubhu | Mnyama |
| I-Submicron | I-TiN-002 | 700 | > 99.8 | 10.0 | 2.30 | Ityhubhu | Umthubi okhanyayo |
| Uhlobo olutyebileyo lwe-nitrogen | I-TiN-003 | 700 | > 99.8 | 10.6 | 2.30 | Ityhubhu | Lubhelu |
| 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% |
