nano-titanium nitride/ nano TiN 20nm 99.9%

1. Balaastikada lagu mariyo agabka baakadaha ee ku jira xannibaadda nano-titanium nitride waxay xallisaa astaamaha huruudaynta ee codsiga: isku-darka tignoolajiyada caqabadda nano-TiN, Nano-TiN iyo resin isku-dhafan si ay u sameeyaan walxo isku-dhafan, nanoparticles-yadan waxay awood u yeesheen inay xiraan farqiga molecular-ka, faafinta gaaska way adag tahay in la dhexgalo, taasoo kor u qaadaysa sifooyinka caqabadda ee resin-ka, balaastikada. Marka lagu daro tirada walxaha nano-ga waa mid aad u yar, walxahan waxaa si toos ah loogu dabaqi karaa habka kala duwan ee jira, mana u baahna in la cusbooneysiiyo qalabka. Ku dar saamiga toban kun oo Du ah waxay dammaanad qaadi kartaa muuqaalka polyester-ka ee hufan, cad, sifooyinka caqabadda ayaa kordhay in ka badan 8 jeer, sababtoo ah maadada nitrogen-ka ee sare ee titanium nitride, titanium nitride slurry kala firdhisan waa buluug khafiif ah iyada oo aan lagu darin midab kasta oo dhir udgoon ah, waxay qarin kartaa astaamaha huruudaynta polyester-ka laftiisa (huruud joogto ah), waxay yareyn kartaa macaamiisha si ay ugu darto tiro badan oo wakiillo midabayn ah, si loo yareeyo kharashyada;

2. Balaastikada PET Codsiyada: xaddi yar oo budada nano-titanium nitride ah oo loo isticmaalo thermoplastics-ka injineernimada sida PET, PA, iwm., ayaa loo isticmaali karaa sidii wakiil nukliyeer ah oo crystallization ah si loogu isticmaalo dejinta nano-titanium nitride ee nano-ku-fidsan oo leh slurry ethylene glycol, kala firdhinta wanaagsan ee nano-titanium nitride iyo balaastikada injineernimada PET iyadoo la adeegsanayo polymerization, waxay si weyn u dedejin kartaa heerka crystallization-ka ee balaastikada PET, taasoo ka dhigaysa qaab-dhismeed fudud, si loo ballaariyo baaxadda codsiga balaastikada injineernimada PET. Isla mar ahaantaana tiro badan oo kala firdhinta walxaha nano-titanium nitride iyo PET ayaa si weyn loo hagaajiyay iska caabbinta xirashada, iska caabbinta saameynta balaastikada injineernimada PET sababtoo ah saameynta nanometer;

3. Codsiyada dahaarka kulaylka sare: walaxda muhiimka ah ee walaxda dahaarka kulaylka sare ee maadada nitrogen sare ee budada nano-TiN sida loo isticmaalo heerkulka sare, ku dar walaxda horumarinta walaxda dahaarka leh dahaarka oo ay diyaarisay buufinta plasma Heerka la ogaaday ee waxqabadka shucaaca kulaylka ayaa si weyn loo hagaajiyay, badeecada waxaa inta badan loo isticmaalaa foornada heerkulka sare ee keydisa tamarta, militariga;

4. horumarinta agabka alxanka aan rasaasta lahayn, ku darista birta nanoobka titanium nitride raad, lacag, naxaas, zinc alloy, heerkulka dhalaalku ka hooseeyo 200 ° C, soo saarta birta oo isku mid ah, taasoo yaraynaysa heerkulka xalka adag ee oksaydhka ee 30 ° C, waxay gaari kartaa heerkulka alxanka asalka ah ee birta-lead, haddii aan si dheeraad ah u hagaajin karno gelinta, codsiga ugu weyn ee dhibka xallinta alxanka aan rasaasta lahayn ee jira;

5. Diyaarinta agabka elektaroonigga ah ee cagaaran ma isticmaali karto chromium iyo walxo kale oo waxyeello leh sida rasaasta, cadmium, isku-xidhka heerkulka sare, heerkulka sare ee galaaska aan lahayn rasaasta, warbaahinta dhoobada cadmium, baakadaha iyo galaaska frit dhibaatada waa isku-darka wejiga adag ee heerkulka sare, barta jilitaanka sare, heerkulka sare ee galaaska dhogorta leh si aad u awooddo inaad ku biirto nanopowder titanium nitride micro ka dhig heerkulka falcelinta wejiga adag hoos 200 ° C, xitaa haddii 50 ℃ hoose, ay awoodaan inay isticmaalaan qalabka habka jira, sidoo kale waa horumar weyn. Titanium dioxide iyo xalkeeda adag waa isku-darka agabka elektaroonigga ah, nano-form ee soo bandhigidda isbeddellada ayaa laga yaabaa inay faa'iido u leedahay inay keento waxqabadka; Shuruucda wasakheynta bromine (Br) 6-ka ah waxay xaddidayaan isticmaalka polymers-ka benzene, ilaa electronic flame retardant, qaybaha balaastikada ah ee qalfoofka qolofka waxay dhibaato ku yihiin injineernimada balaastikada si loogu daro xaddi yar oo silicon nitride ah, silicon carbide, titanium nitride, carbide titanium nanopwder, ma aha oo kaliya in la kordhiyo xoogga farsamada, xirashada, kulaylka iyo sifooyinka kale, sida beddelka sifooyinka walxaha bromine retardant ee ka kooban, codsiga polymers-ka dabiiciga ah waa horumar weyn; Meelaha kale ee codsiga: qalabka goynta adag ee nanocomposite, carbide, walxaha gudbiya dhoobada heerkulka sare, walxaha u adkaysta kulaylka, walxaha la xoojiyay ee kala firdhinta, waxaa lagu dabaqi karaa kicinta elektiroonigga ee unugyada shidaalka, walxaha ka hortagga-istaaga iyo dhoobada gudbisa.