I-TiN 20nm 99.9%
Iiparamitha zobugcisa
| Iimveliso zihlelwa | Umzekelo | I-avareji yobungakanani bamasuntswana (nm) | Ucoceko (%) | Indawo ethile yomphezulu (m 2 / g) | Ubuninzi bobuninzi (g / cm 3) | Iipolymorphs | Umbala |
| Nanoscale | I-DK-TiN-001 | 20 | > 99.9 | 60.2 | 0.12 | Ityhubhu | Mnyama |
| I-submicron | I-DK-TiN-002 | 700 | > 99.8 | 10 | 2.3 | Ityhubhu | Mthubi othe gqa |
| Uhlobo olutyebileyo lwe-nitrogen | I-DK-TiN-003 | 700 | > 99.8 | 10.6 | 2.3 | Ityhubhu | Lubhelu |
Iimpawu eziphambili zeI-nano-titanium nitride i-ultrafine titanium nitride powder ilungiswe ngenkqubo ekhethekileyo, ukucoceka okuphezulu, ukusabalalisa ubungakanani besuntswana elincinci, indawo enkulu yomhlaba, umsebenzi ongaphezulu, i-nitrogen ecebileyo (> 35%), ubushushu obuphezulu, ukumelana ne-oxidation, ubunzima obuphezulu, ukufunxa okugqwesileyo kwe-infrared. ukusebenza (80%), ikhaka UV mkhulu kunama-85% ingasetyenziswa phezulu yokwaleka ukwaleka kunye automotive inwebu yeceramic, ukugquma ubushushu kunye neziphumo ubushushu.Izinto eziphathekayo zinokusebenza kakuhle kombane, zingasetyenziswa njenge-electrolysis yetyuwa etyhidiweyo kunye noqhagamshelwano lombane kunye nezinye izinto zokuqhuba, kwiiseramics eziqiniweyo kunye nobushushu obuphezulu beseramikhi zesakhiwo, umphumo ulungile kakhulu.
Usetyenziso of I-TiN 20nm 99.9%
Iplastiki isetyenziswe kwizinto zokupakisha kwisithintelo se-nano-titanium nitride sombulula iimpawu ze-yellowing zesicelo: i-composite ye-nano-TiN yesithintelo sobuchwephesha, i-Nano-TiN kunye ne-resin edibeneyo yokwenza izinto ezidibeneyo, ezi nanoparticles zakwazi ukuvimba i-molecular. i-gap, i-gas diffusion inzima ukungena, ngaloo ndlela iphucula iipropati zomqobo we-resin, iplastiki.Ukongezwa inani le-nano-materials lincinci kakhulu, le nto ingasetyenziswa ngokuthe ngqo kwiinkqubo ezahlukeneyo ezikhoyo, kwaye akudingeki ukuba zihlaziye izixhobo.Yongeza umlinganiselo weshumi lamawaka eDu unokuqinisekisa ukucaca, ukubonakala kwe-polyester ecacileyo, iipropati zomqobo zonyuka ngamaxesha angaphezu kwe-8, ngenxa yomxholo we-nitrogen ephezulu ye-titanium nitride, i-titanium nitride ehlakazekile i-slurry iluhlaza okwesibhakabhaka ngaphandle kokongeza nawuphi na umbala weziqholo, inokufihla i-polyester ngokwayo iimpawu ze-yellowing (i-yellowing esisigxina), ukunciphisa umthengi ukongeza inani elikhulu leejenti zemibala, ukunciphisa iindleko;
Izicelo zeplastiki ze-2 ze-PET: inani elincinci le-nano-titanium nitride powder elisetyenziswe kubunjineli be-thermoplastics njenge-PET, i-PA, njl., ingasetyenziselwa njenge-crystallization nucleating agent ukusebenzisa i-nano-titanium nitride deployment kwi-nano-dispersed nge-ethylene glycol. i-slurry, ukusasazwa okungcono kwe-nano-titanium nitride kunye neeplastiki zobunjineli be-PET nge-polymerization yendlela, inokukhawulezisa kakhulu izinga le-crystallization ye-PET yeplastiki, iyenze kube lula ukubumba, ukwandisa ububanzi bokusetyenziswa kweeplastiki zobunjineli be-PET.Ngexesha elifanayo inani elikhulu le-nano-titanium nitride particle dispersion kunye ne-PET iye yaphuculwa kakhulu ukuxhatshazwa kokugqoka, ukuchasana kwempembelelo yeeplastiki zobunjineli be-PET ngenxa yemiphumo ye-nanometer;
Izicelo ezi-3 zokukhutshwa kwe-thermal ephezulu yokukhutshwa kwe-thermal: izinto eziphambili zokukhupha izinto ezikhuphayo eziphezulu ze-nitrogen ephezulu ye-nano-TiN powder njengoko isetyenziswe kwiqondo lokushisa eliphezulu, yongeza icandelo kuphuhliso lwezixhobo zokugquma ngeengubo ezilungiselelwe ukutshiza ngeplasma. ukusebenza kwemitha yobushushu iphuculwe kakhulu, imveliso isetyenziswa ikakhulu kwiziko lobushushu obuphezulu, ukonga amandla, emkhosini;
4 uphuhliso lwezixhobo zokuthengisa ezingenalothe, ukufakwa kwetoti yetitanium nitride nanopowder, isilivere, ubhedu, ingxubevange ye-zinc, ubushushu obunyibilikayo bungaphantsi kwama-200 ° C, yenze ingxubevange ifana ngakumbi, ukunciphisa i-oxide yesisombululo esiqinileyo sobushushu obungama-30 ° C. , sinokufikelela kwiqondo lokushisa lokuqala le-tin-lead solder, ukuba sinokuphucula ngakumbi ukungeniswa, isicelo esikhulu sobunzima bokusombulula i-solder ekhoyo ekhoyo;
5 Ukulungiswa kwezixhobo eziluhlaza ze-elektroniki azinakusebenzisa ichromium kunye nezinye izinto ezinobungozi njengelothe, i-cadmium, ixabiso eliphezulu, ubushushu obuphezulu bokudibanisa iglasi, i-cadmium ye-ceramic media, ukupakishwa kunye nengxaki ye-glass frit yinqanaba eliqinileyo ubushushu obuphezulu, iqondo eliphezulu lokuthamba, ubushushu obuphezulu bube yiporcelain bukwazi ukujoyina i-micro titanium nitride nanopowder yenza iqondo lobushushu eliqinileyo lisezantsi ngama-200 ° C, nokuba i-50 ℃ esezantsi, ikwazi ukusebenzisa izixhobo zenkqubo ekhoyo, ikwanjalo. impumelelo enkulu.I-Titanium dioxide kunye nesisombululo sayo esiqinileyo kukubunjwa kwezinto zombane, i-nano-ifom yokuqaliswa kweenguqu zenguqu ingaba luncedo ukuzisa ukusebenza;
Iqulathe ibromine (Br) 6-imithetho yongcoliseko iyanciphisa ukusetyenziswa kwe-benzene polymers, kwi-electron flame retardant, iziqwenga zeplastiki zamathambo eqokobhe zenza ubunzima kubunjineli beplastiki ukongeza inani elincinci lesilicon nitride, isilicon carbide, titanium nitride, carbide titanium nanopowder. , kungekuphela nje ukunyusa amandla omatshini, ukugqoka, ukushisa kunye nezinye iimpawu, ezifana nokutshintsha okuqulethe i-bromine flame retardant properties, ukusetyenziswa kweepolymers eziphilayo kuyimpumelelo enkulu;
Eminye imimandla yesicelo: kwi-nanocomposite izixhobo zokusika ezinzima, i-carbide, i-ceramic conductive ye-ceramic conductive yobushushu obuphezulu, izinto ezikwazi ukumelana nobushushu, ukusabalalisa izinto eziqinisiweyo, zingasetyenziswa kwi-electrode catalyst ye-fuel cell, i-anti-static material kunye ne-ceramic conductive .
Iplastiki isetyenziswe kwizinto zokupakisha kwisithintelo se-nano-titanium nitride sombulula iimpawu ze-yellowing zesicelo: i-composite ye-nano-TiN yesithintelo sobuchwephesha, i-Nano-TiN kunye ne-resin edibeneyo yokwenza izinto ezidibeneyo, ezi nanoparticles zakwazi ukuvimba i-molecular. i-gap, i-gas diffusion inzima ukungena, ngaloo ndlela iphucula iipropati zomqobo we-resin, iplastiki.Ukongezwa inani le-nano-materials lincinci kakhulu, le nto ingasetyenziswa ngokuthe ngqo kwiinkqubo ezahlukeneyo ezikhoyo, kwaye akudingeki ukuba zihlaziye izixhobo.Yongeza umlinganiselo weshumi lamawaka eDu unokuqinisekisa ukucaca, ukubonakala kwe-polyester ecacileyo, iipropati zomqobo zonyuka ngamaxesha angaphezu kwe-8, ngenxa yomxholo we-nitrogen ephezulu ye-titanium nitride, i-titanium nitride ehlakazekile i-slurry iluhlaza okwesibhakabhaka ngaphandle kokongeza nawuphi na umbala weziqholo, inokufihla i-polyester ngokwayo iimpawu ze-yellowing (i-yellowing esisigxina), ukunciphisa umthengi ukongeza inani elikhulu leejenti zemibala, ukunciphisa iindleko;
Izicelo zeplastiki ze-2 ze-PET: inani elincinci le-nano-titanium nitride powder elisetyenziswe kubunjineli be-thermoplastics njenge-PET, i-PA, njl., ingasetyenziselwa njenge-crystallization nucleating agent ukusebenzisa i-nano-titanium nitride deployment kwi-nano-dispersed nge-ethylene glycol. i-slurry, ukusasazwa okungcono kwe-nano-titanium nitride kunye neeplastiki zobunjineli be-PET nge-polymerization yendlela, inokukhawulezisa kakhulu izinga le-crystallization ye-PET yeplastiki, iyenze kube lula ukubumba, ukwandisa ububanzi bokusetyenziswa kweeplastiki zobunjineli be-PET.Ngexesha elifanayo inani elikhulu le-nano-titanium nitride particle dispersion kunye ne-PET iye yaphuculwa kakhulu ukuxhatshazwa kokugqoka, ukuchasana kwempembelelo yeeplastiki zobunjineli be-PET ngenxa yemiphumo ye-nanometer;
Izicelo ezi-3 zokukhutshwa kwe-thermal ephezulu yokukhutshwa kwe-thermal: izinto eziphambili zokukhupha izinto ezikhuphayo eziphezulu ze-nitrogen ephezulu ye-nano-TiN powder njengoko isetyenziswe kwiqondo lokushisa eliphezulu, yongeza icandelo kuphuhliso lwezixhobo zokugquma ngeengubo ezilungiselelwe ukutshiza ngeplasma. ukusebenza kwemitha yobushushu iphuculwe kakhulu, imveliso isetyenziswa ikakhulu kwiziko lobushushu obuphezulu, ukonga amandla, emkhosini;
4 uphuhliso lwezixhobo zokuthengisa ezingenalothe, ukufakwa kwetoti yetitanium nitride nanopowder, isilivere, ubhedu, ingxubevange ye-zinc, ubushushu obunyibilikayo bungaphantsi kwama-200 ° C, yenze ingxubevange ifana ngakumbi, ukunciphisa i-oxide yesisombululo esiqinileyo sobushushu obungama-30 ° C. , sinokufikelela kwiqondo lokushisa lokuqala le-tin-lead solder, ukuba sinokuphucula ngakumbi ukungeniswa, isicelo esikhulu sobunzima bokusombulula i-solder ekhoyo ekhoyo;
5 Ukulungiswa kwezixhobo eziluhlaza ze-elektroniki azinakusebenzisa ichromium kunye nezinye izinto ezinobungozi njengelothe, i-cadmium, ixabiso eliphezulu, ubushushu obuphezulu bokudibanisa iglasi, i-cadmium ye-ceramic media, ukupakishwa kunye nengxaki ye-glass frit yinqanaba eliqinileyo ubushushu obuphezulu, iqondo eliphezulu lokuthamba, ubushushu obuphezulu bube yiporcelain bukwazi ukujoyina i-micro titanium nitride nanopowder yenza iqondo lobushushu eliqinileyo lisezantsi ngama-200 ° C, nokuba i-50 ℃ esezantsi, ikwazi ukusebenzisa izixhobo zenkqubo ekhoyo, ikwanjalo. impumelelo enkulu.I-Titanium dioxide kunye nesisombululo sayo esiqinileyo kukubunjwa kwezinto zombane, i-nano-ifom yokuqaliswa kweenguqu zenguqu ingaba luncedo ukuzisa ukusebenza;
Iqulathe ibromine (Br) 6-imithetho yongcoliseko iyanciphisa ukusetyenziswa kwe-benzene polymers, kwi-electron flame retardant, iziqwenga zeplastiki zamathambo eqokobhe zenza ubunzima kubunjineli beplastiki ukongeza inani elincinci lesilicon nitride, isilicon carbide, titanium nitride, carbide titanium nanopowder. , kungekuphela nje ukunyusa amandla omatshini, ukugqoka, ukushisa kunye nezinye iimpawu, ezifana nokutshintsha okuqulethe i-bromine flame retardant properties, ukusetyenziswa kweepolymers eziphilayo kuyimpumelelo enkulu;
Eminye imimandla yesicelo: kwi-nanocomposite izixhobo zokusika ezinzima, i-carbide, i-ceramic conductive ye-ceramic conductive yobushushu obuphezulu, izinto ezikwazi ukumelana nobushushu, ukusabalalisa izinto eziqinisiweyo, zingasetyenziswa kwi-electrode catalyst ye-fuel cell, i-anti-static material kunye ne-ceramic conductive .
