1.Uthini umgaqo wesicoci somoya?
2. Yiyiphi imisebenzi ephambili yesicoci somoya?
3. Yintoni inkqubo yokulawula ekrelekrele?
4. Yintoni iteknoloji yokucoca iplasma?
5. Yintoni inkqubo yamandla elanga eyi-V9?
6. Yintoni iteknoloji yokususa i-formaldehyde yesibane se-UV somgangatho wokubhabha?
7. Yintoni iteknoloji ye-nano activated carbon adsorption?
8. Yintoni itekhnoloji yokucoca i-cold catalyst deodorization?
9. Yintoni iteknoloji yokuvala amayeza esintu aseTshayina?
10. Yintoni isihluzo esine-HEPA esisebenza kakuhle kakhulu?
11. Yintoni ifotocatalyst?
12. Yintoni iteknoloji yokuvelisa i-ion engalunganga?
13. Yintoni indima yeeyoni ezingezizo?
14. Yintoni indima ye-ESP?
Iza kuqhubeka…
FAQ 7 Yintoni iteknoloji ye-nano activated carbon adsorption?
Yiyo i-adsorption ekhethekileyo kunye nezinto zokuhlanjululwa kwenkqubo yokucoca, ngenxa yokusetyenziswa kwe-nanotechnology. Ummandla wangaphakathi wangaphakathi we-micropores kwi-1 gram yale khabhoni esebenzayo ingaba phezulu njenge-5100 square metres, ngoko amandla ayo okukhangisa ngamakhulu amaxesha aphezulu kunekhabhoni eqhelekileyo esebenzayo. I-adsorption kunye neemfuno zokuhlanjululwa kwezidumbu, iigesi ze-polymer ivumba, njl., ukwenzela ukudala indawo efanelekileyo yomoya.
Imibuzo Ebuzwa 8 Yintoni iteknoloji yokucoca ivumba elibandayo?
I-cold catalyst, ekwabizwa ngokuba yi-catalyst yendalo, lolunye uhlobo olutsha lwezixhobo zokucoca umoya emva kwe-photocatalyst deodorant yokucoca umoya. Inokubangela ukusabela kubushushu obuqhelekileyo kwaye ibolise iigesi ezahlukeneyo ezinobungozi nezinukayo zibe zizinto ezinobungozi nezingenavumba, eziguqulwa zisuke kwi-adsorption ebonakalayo zisiwe kwi-chemical adsorption, zibole ngelixa zibhengeza, zisuse iigesi ezinobungozi ezifana ne-formaldehyde, benzene, xylene, toluene, TVOC, njl., kwaye ivelise amanzi kunye nekhabhon diokside. Kwinkqubo ye-catalytic reaction, i-catalyst ebandayo ngokwayo ayithathi nxaxheba ngokuthe ngqo ekuphenduleni, i-cold catalyst ayitshintshi okanye ilahlekelwe emva kokusabela, kwaye idlala indima yexesha elide. I-catalyst ebandayo ngokwayo ayinayo ityhefu, i-non-corrosive, i-non-rubustible, kunye neemveliso zokuphendula ngamanzi kunye ne-carbon dioxide, engavelisi ukungcola okwesibini kwaye yandisa kakhulu ubomi benkonzo yezinto ze-adsorption.
FAQ 9 Yintoni iteknoloji yokuvala amayeza esintu aseTshayina?
U-Airdow wamema iingcali zamayeza zaseTshayina ezigunyazisiweyo kunye neengcali ezivela kwiZiko laseCalifornia lezoNyango ukuba zisebenze kunye kuphando lwetekhnoloji yokuvala amayeza esintu aseTshayina, kwaye kuphunyezwe iziphumo ezineziqhamo (inombolo yelungelo elilodwa lomenzi wechiza ZL03113134.4), kwaye isetyenziswe kwintsimi yokucoca umoya. Ubuchwephesha busebenzisa amayeza endalo asendle aseTshayina afana ne-satis ingcambu, i-forsythia, i-anise yeenkwenkwezi, kunye nokukhutshwa kwe-alkaloids, i-glycosides, i-organic acids, i-organic acids kunye nezinye izithako zendalo ezisebenzayo ukwenza iminatha ye-herbal sterilization ye-Chinese, eluhlaza yendalo. kwaye ibe neziphumo ezibanzi ze-antibacterial. Ineziphumo ezibalaseleyo zokuthintela kunye nokubulala kwiibhaktheriya ezahlukeneyo ze-pathogenic kunye neentsholongwane ezisasazeka kwaye ziphila ngamanani amakhulu emoyeni. Kuye kwaqinisekiswa yiZiko laseTshayina loLawulo lweSifo kunye noThintelo, kwaye izinga elisebenzayo liphezulu njenge-97.3%.
FAQ 10 Yintoni isihluzo esixutywe ne-HEPA esisebenza ngokufanelekileyo?
Isihluzo se-HEPA sisihluzo esisebenza kakhulu sokuqokelelwa kwamasuntswana. Yenziwe ngemicu yeglasi eshinyeneyo enemingxuma emininzi encinci kwaye isongwe ngokweaccordion. Ngenxa yoxinaniso oluphezulu lwemingxuma emincinci kunye nommandla omkhulu woluhlu lokucoca, ubuninzi bomoya ohamba ngesantya esiphantsi kwaye unokucoca i-99.97% ye-particulate matter emoyeni. Izihluzi nokuba zincinci njenge 0.3 microns. Kubandakanya amasuntswana asemoyeni afana nothuli, umungu, amasuntswana ecuba, ibhaktiriya esemoyeni, i-pet dander, ukungunda kunye nembewu.
FAQ 11 Yintoni ifotocatalyst?
I-Photocatalyst ligama elihlanganisiweyo lokukhanya [isithombe = ukukhanya] + i-catalyst, inxalenye ephambili yi-titanium dioxide. I-Titanium dioxide ayinayo ityhefu kwaye ayinabungozi, kwaye isetyenziswe ngokubanzi ekutyeni, amayeza, kwizinto zokuthambisa kunye nezinye iindawo. Ukukhanya kunokuba kukukhanya kwendalo okanye ukukhanya okuqhelekileyo.
Esi sixhobo sinokuvelisa ii-electron simahla kunye nemingxuma phantsi kokukhanya kwemitha ye-ultraviolet, ngoko inomsebenzi oqinileyo we-photo-redox, inokukhupha kunye nokubola izinto ezahlukeneyo zezinto eziphilayo kunye nezinye izinto ezingaphiliyo, inokutshabalalisa inwebu yeseli yebhaktheriya kwaye iqinise iprotheni yeentsholongwane. , kwaye inokusebenza okuphezulu kakhulu. Imisebenzi eyomeleleyo yokuchasana, yokubulala iintsholongwane kunye neyokukhupha ivumba.
Iifotocatalysts zisebenzisa amandla okukhanya ukwenza ukusabela kweefotochemical kunye nokuguqula imisebe ye-ultraviolet ekukhanyeni ibe amandla okusetyenziswa, ngoko banomsebenzi wokuthintela imisebe ye-ultraviolet. I-Photocatalysts inokusebenzisa ukukhanya kwelanga njengomthombo wokukhanya ukwenza i-photocatalysts isebenze kwaye iqhube ukuphendula kwe-redox, kwaye i-photocatalysts ayidliwe ngexesha lokuphendula.
FAQ 12 Yintoni iteknoloji yokuvelisa i-ion engalunganga?
Ijenereyitha ye-ion engalunganga ikhupha izigidi zeeyoni ngomzuzwana, idala indawo engqongileyo efana nehlathi, isusa iiradicals zasimahla eziyingozi, iphelisa ukudinwa, iphucula ukusebenza kwengqondo, kunye nokunciphisa uxinzelelo lwengqondo kunye nokungabi namonde.
Imibuzo Ebuzwa 13 Yintoni indima yee-ion ezigxekayo?
Uphando lweJapan Ion Medicine Association lufumanise ukuba iqela le-ion elibi elinesiphumo esicacileyo sonyango. Ii-ion ezigxininisiweyo eziphezulu zineziphumo ezibalaseleyo zokhathalelo lwempilo kwintliziyo kunye nenkqubo yengqondo. Ngokophando lwezenzululwazi, luneziphumo ezisibhozo ezilandelayo: phelisa ukukhathala, sebenzisa iiseli, usebenze ingqondo kunye nokukhuthaza imetabolism.
FAQ 14 Yintoni indima ye-ESP?
Itekhnoloji ye-electrostatic ekwinqanaba eliphezulu, ngokusebenzisa i-electrode ene-voltage ephezulu ukwenza indawo ye-electrostatic, ifunxa ngokukhawuleza uthuli kunye namanye amasuntswana amancinane emoyeni, emva koko isebenzise ii-ion ezinamandla kakhulu ukwenza inzala eyomeleleyo.
Funda ngakumbi imveliso, cofa apha:https://www.airdow.com/products/
Ixesha lokuposa: Aug-25-2022
