ifilimu yokufakelwa kwe-airgel
I-Airgel i-nanomaterial entsha enesakhiwo se-nanoporous. Yasungulwa nguKistler.S. eUnited States ngowe-1931. Ikwabizwa ngokuba “ngumsi oluhlaza” kunye “nomsi onomkhenkce” kuba ilula njengenkungu nomsi oluhlaza. , ukubeka iirekhodi ze-15 Guinness. Ibonisa iipropati ezininzi ezingaqhelekanga kwimimandla ye-thermal, optics, umbane, i-mechanics, i-acoustics kunye nezinye iindawo. Ibizwa ngokuba "yizinto zomlingo ezinokutshintsha umhlaba" kwaye yenye yezona zinto zithandwa kakhulu kwinkulungwane yama-21. Ineempembelelo ezinkulu zasemkhosini nezomkhosi. Ngexabiso elibonakalayo, libandakanyiwe kumashishini asakhasayo anobuchule besizwe.
I-Airgel okwangoku iyeyona imathiriyeli eyomeleleyo ekhaphukhaphu kwihlabathi eneempawu zokugquma ubushushu kwaye iye yakhethwa kwiGuinness Book of Records World. I-Airgel ineempawu zoxinaniso oluphantsi kakhulu, i-thermal conductivity ephantsi kakhulu, indawo ethile ephezulu, kunye ne-porosity ephezulu. Ekuqaleni, yayisetyenziswa ngokubanzi kwiinkalo zeteknoloji eziphezulu ezifana ne-aerospace kunye neshishini lomkhosi. Ngokuguqulwa kunye nokuphuculwa koqoqosho lwaseTshayina kunye nokuphunyezwa kwesicwangciso sesizwe sama-nanomaterials, i-airgel nanomaterials isetyenziswe ngokuthe ngcembe kumashishini, ukwakhiwa, iimoto, i-electronics kunye namanye amashishini.
Umlingo omtsha we-nanoporous thermal insulation material wongeza iintlobo ngeentlobo zezisombululo kumthengi woyilo lolawulo lobushushu bombane.
Ifilimu ye-airgel nano thermal insulation film yenziwa ifilimu ebhityileyo ngenkqubo ekhethekileyo yokusombulula ingxaki yokusasazwa kobushushu kwiindawo ezincinci zeemveliso ze-elektroniki zabathengi kunye nokukhusela amacandelo abuthathaka okumelana nobushushu kubushushu. Inokulawula ulwalathiso lokuqhuba ubushushu kunye nokuphucula ukusebenza kwemveliso. ukusebenza kunye nobomi benkonzo.
Ifilimu ye-Airgel yokufakelwa kwe-thermal iqala kwiqondo lokushisa lomthengi lomphezulu wemveliso, isebenzisa iipores ze-airgel ukuvala okanye ukuguqula indlela yokuqhuba ubushushu, yehlisa ubushushu bomphezulu wemveliso, inciphisa okanye ishenxise impembelelo engathandekiyo yobushushu bendawo eshushu kumzimba wabathengi. imvakalelo, kwaye iphucula Inqanaba lokuthuthuzela lamava emveliso yabathengi.
Ifilimu yokufakelwa kwe-Airgel isekelwe kwi-slurry esekelwe emanzini kwaye isebenzisa iteknoloji yokugqoka kakuhle kwiintlobo ezahlukeneyo ze-substrates ezisebenzayo ukulungiselela ifilimu efana ne-nano-insulation materials. Yenzelwe ukusombulula iingxaki zolawulo lwe-thermal ezifana nokusabalalisa ubushushu kunye nokutshatyalaliswa kobushushu kwiimveliso ezichanekileyo zoshishino kwiindawo ezincinci. Izinto ezisisiseko zinokulungiswa ngokweemfuno zabasebenzisi, zibonelela ngokhuseleko olubalaseleyo lokugquma kwe-thermal kumacandelo abuthathaka amelana nobushushu, ukuphucula intuthuzelo yeemveliso ze-elektroniki xa uzisebenzisa, kunye nokwandisa ubomi benkonzo yeemveliso ze-elektroniki.
Ifilimu yokugquma i-thermal conductivity ephantsi ine-conductivity ephantsi kakhulu ye-thermal kwaye inokusetyenziswa kakuhle kwimimandla yokulinganisa ubushushu kunye nokugquma kwe-electronics yabathengi kunye nezixhobo zonyango.
| I-Thermal Conductivity 0.018~0.025 W/(m·K) | 0.018~0.025 W/(m·K) |
| Ubushushu bokusebenza -20 ℃ ~ 120 ℃ | -20 ℃ ~ 120 ℃ |
| Ukutyeba 0.15-0.5mm | 0.15-0.5mm |
| Ukunyamezela ukutyeba ±5% | ±5% |
| Imveliso ububanzi 500mm okanye Customized | 500mm okanye ngokwezifiso |
| Amandla eDielectric≥4kV/mm | ≥4kV/mm |
| Umthamo wokuxhathisa≥1.0×1013Oh · cm | ≥1.0×1013Oh · cm |
| Iimeko Zokugcina: Gcina uvaliwe kwindawo epholileyo neyomileyo | Itywinwe kwaye igcinwe kwindawo epholileyo neyomileyo |
| Uhlobo lweeMveliso eziMhlophe eziQingiweyo | Isixhobo somqulu omhlophe |
| Izinto ezingavumelekanga zithobela uvavanyo lwe-REACH/RoHS | Iyahambelana novavanyo lwe-REACH/RoHS |
