I-ADA: Siyimboni etholakala eXIAMEN City, sitholakala ngo-1997.
ADA: Yebo. I-OEM iyatholakala. Iphakethe lenziwa ngendlela oyifisayo uma kudingeka.
I-ADA: Isikhathi sokuhola sokukhiqiza siyizinsuku ezingama-30-60.
I-ADA: Sithumela izimpahla nge-XIAMEN port.
I-ADA: Samukela u-40% T/T ngaphambi kokukhiqiza, 60% T/T ngaphambi kokuthunyelwa.
I-ADA: Yebo, inkokhiso yesampula iyafana nenani leyunithi. Futhi udinga ukukhokha zombili izindleko zebhange kanye nezindleko zokuveza futhi.
I-ADA: Yebo, singakhiqiza ngamasampula akho noma imidwebo yobuchwepheshe.
I-ADA:1. Sigcina izinga elihle nezintengo ezincintisanayo ukuze siqinisekise ukuthi amakhasimende ethu ayazuza;
2. Sihlonipha wonke amakhasimende njengomngane wethu futhi senza ibhizinisi ngobuqotho futhi senze ubungane nawo, kungakhathaliseki ukuthi avelaphi.
I-ADA:Izihlanzi zomoya zivame ukwakhiwa ngamasekhethi akhiqiza amandla kagesi aphezulu, amajeneretha ama-ion angemuhle, ama-ventilators, izihlungi zomoya nezinye izinhlelo. Lapho isihlanzi sisebenza, i-ventilator emshinini izungeza umoya ekamelweni. Ngemuva kokuthi umoya ongcolile uhlungwe yizihlungi zomoya ku-air purifier, ukungcola okuhlukahlukene kuyacaca noma kukhangisiwe, bese ijeneretha ye-ion engalungile efakwe endaweni yokuphuma komoya izokhipha umoya ukuze ukhiqize inani elikhulu lama-ion angalungile, athunyelwa ngaphandle. nge-micro-fan ukwakha ukugeleza kwe-ion ye-oxygen ukuze kuzuzwe inhloso yokuhlanza nokuhlanza umoya.
I-ADA:Imisebenzi esemqoka yesihlanzi somoya ukuhlunga intuthu, ukubulala amagciwane namagciwane, ukususa iphunga, ukwehlisa amagesi amakhemikhali anobuthi, ukugcwalisa ama-ion angalungile, ukuhlanza umoya, nokuvikela impilo yomuntu. Eminye imisebenzi ihlanganisa isilawuli kude senzwa yesithombe sikagesi, ukutholwa kokungcola okuzenzakalelayo, nesivinini somoya esihlukile, ukugeleza komoya okunezinhlangothi eziningi, isikhathi esihlakaniphile nomsindo ophansi, njll.
I-ADA:Kumodi yokusebenza ehlakaniphile, ubuchwepheshe bokungeniswa obuhlakaniphile bulawula ngokuzenzakalelayo amandla okukhanyisa nokucisha, futhi bubona ukushintsha okuhlakaniphile phakathi kwemithombo emithathu yamandla asebenzayo elanga, amandla okugcina ibhethri namandla emoto, ibona ukuphathwa kwamandla okuhlakaniphile, ukonga amandla. kanye nokuvikelwa kwemvelo, kungakhathaliseki ukuthi imoto iqalisiwe noma cha, futhi noma ngabe izimo zezulu ziyini, umsebenzi wokuhlanza isimo sezulu sonke ungenziwa ngokujwayelekile. Ukuvikelwa kokuphepha okuhlakaniphile okwengeziwe, ngokushesha nje lapho kuvulwa isembozo sangaphakathi somshini, ugesi unqanyulwa ngokuzenzakalelayo, futhi ukusetshenziswa kuphephile futhi kuvikelekile.
I-ADA:Ubuchwepheshe obuhamba phambili bokuhlanzwa kwe-plasma yemvamisa ephezulu buhlinzeka osomkhathi ngendawo yokuhlala entsha neyinyumba, okuvumela osomkhathi ukuthi bagweme ukuhlasela kwamagciwane endaweni evalekile ngokuphelele, bagcine umzimba unempilo, futhi bavumele amathuluzi nemishini esendlini ukuthi isebenze. kuhle futhi kunembile. Lobu buchwepheshe bungabulala amagciwane ngokuphumelelayo, buqede i-electromagnetic, futhi buhlanze i-carbon monoxide, i-nitrogen oxides, ama-hydrocarbon, izakhi zomthofu, ama-sulfide, ama-carcinogen hydroxides kanye namakhulu okunye ukungcola emshinini wezimoto, futhi asikho isidingo sokushintsha izinto ezisetshenziswayo.
I-ADA:Isuselwa kubuchwepheshe belanga obuzinikele bokundiza e-US. Izihlanzi zomoya zezimoto zendabuko azikwazi ukuhlanza umoya emotweni lapho imoto ingaqalwanga. I-Airdow ADA707 yamukela uhlelo lwamandla elanga, iphaneli yayo yelanga ye-silicon esebenza kahle kakhulu enendawo enkulu ye-monocrystalline kanye nomklamo wesifunda ohamba phambili, ngisho nasendaweni engaqali futhi nokukhanya okuphansi kwemoto, ingakwazi futhi ukuthwebula ngokujulile amandla okukhanya kwelanga, ihlanze ngokuqhubekayo. emoyeni emotweni, futhi kwakha indawo enempilo ebangeni lendiza.
I-ADA:Isebenzisa ubuchwepheshe be-nano obuthuthukisiwe, kusetshenziswa izinto zengxubevange eziqondene nendiza njengesiphathi, okwengeza ama-ion ensimbi esindayo njenge-nano-scale titanium dioxide, isiliva, ne-pt engabola ngokushesha igesi ye-polymer enephunga ibe yizinto ezingenangozi ezinesisindo esiphansi futhi ngokushesha. vala inzalo. Lobu buchwepheshe buyakwazi ukuqeda ugesi kazibuthe, inzalo eqinile, i-deodorization enamandla, iqinisekiswe izinhlangano ezigunyaziwe, izinga lokuqeda iphunga lifinyelela ku-95%.
I-ADA:Iyi-adsorption ekhethekile kanye nezinto zokuhlanza zesistimu yokuhlanza, ngenxa yokusetshenziswa kwe-nanotechnology. Ingqikithi yendawo yangaphakathi yama-micropores kugremu elingu-1 lale khabhoni ecushiwe ingaba phezulu ibe ngamamitha-skwele angama-5100, ngakho umthamo wayo wokukhangisa uphakeme izikhathi ezingamakhulu kunekhabhoni evamile ecushiwe. Izidingo zokukhangiswa nokuhlanzwa kwezidumbu, amagesi ephunga le-polymer, njll., ukuze kwakheke indawo enhle yomoya.
I-ADA:I-cold catalyst, eyaziwa nangokuthi i-catalyst yemvelo, ingolunye uhlobo olusha lwempahla yokuhlanza umoya ngemva kwempahla yokuhlanza umoya yesiqedaphunga se-photocatalyst. Ingadala ukusabela ezingeni lokushisa elivamile futhi ibole amagesi ahlukahlukene ayingozi nanukayo abe izinto Ezilimazayo nezingenaphunga, eziguqulwa zisuke ekukhangiseni kalula nje zibe yikhemikhali, zibole ngenkathi zikhangisa, zisuse amagesi ayingozi njenge-formaldehyde, benzene, xylene, toluene, TVOC, njll., futhi akhiqize amanzi nesikhutha. Enkambweni yokusabela kwe-catalytic, i-catalyst ebandayo ngokwayo ayihlanganyeli ngokuqondile ekuphenduleni, i-catalyst ebandayo ayishintshi noma ilahlekelwe ngemva kokusabela, futhi idlala indima yesikhathi eside. I-catalyst ebandayo ngokwayo ayinabo ubuthi, ayigqwali, ayishi, futhi imikhiqizo yokusabela ingamanzi ne-carbon dioxide, engakhiqizi ukungcola kwesibili futhi yandisa kakhulu impilo yesevisi yezinto ezikhangayo.
I-ADA:U-Airdow umeme ochwepheshe bemithi yamaShayina abagunyaziwe kanye nochwepheshe abavela e-California Institute of Medicine ukuthi basebenzisane ocwaningweni lobuchwepheshe bokuvala inzalo yemithi yemithi yaseShayina, futhi wazuza imiphumela enezithelo (inombolo yobunikazi bokusungulwa ZL03113134.4), futhi wayisebenzisa emkhakheni womoya. ukuhlanzwa. Lobu buchwepheshe busebenzisa izinhlobonhlobo zemithi yemvelo yasendle yamaShayina efana ne-satis root, forsythia, star anise, kanye nokukhishwa kobuchwepheshe besimanje be-alkaloid, ama-glycosides, ama-organic acid kanye nezinye izithako zemvelo ezisebenzayo ukwenza amanetha e-Chinese herbal inzalo, aluhlaza ngokwemvelo. futhi ibe nemiphumela ebanzi ye-antibacterial. Inemiphumela evelele yokuvimbela nokubulala kumabhaktheriya e-pathogenic ahlukahlukene kanye namagciwane asakazeka futhi asinde ngamanani amakhulu emoyeni. Kuye kwaqinisekiswa yiSikhungo SaseShayina Sokulawula Nokuvimbela Izifo, futhi izinga elisebenzayo liphezulu njenge-97.3%.
I-ADA:Isihlungi se-HEPA yisihlungi sokuqoqwa kwezinhlayiyana esisebenza kahle kakhulu. Yakhiwe ngemicu yengilazi eminyene enezimbobo eziningi ezincane futhi igoqwe ngokwe-accordion. Ngenxa yokuminyana okuphezulu kwezimbobo ezincane kanye nendawo enkulu yongqimba lokuhlunga, inani elikhulu lomoya ligeleza ngesivinini esiphansi futhi lingakwazi ukuhlunga u-99.97% we-particle emoyeni. Izihlungi zibe zincane njengama-microns angu-0.3. Kufaka izinhlayiya ezihamba emoyeni ezifana nothuli, impova, izinhlayiya zikagwayi, amagciwane asemoyeni, i-pet dander, isikhunta nezinhlamvu.
I-ADA:
I-Photocatalyst yigama eliyinhlanganisela yokukhanya [isithombe=ukukhanya] + i-catalyst, ingxenye eyinhloko i-titanium dioxide. I-Titanium dioxide ayinabo ubuthi futhi ayinabungozi, futhi isetshenziswe kakhulu ekudleni, emithini, kwezimonyo nakweminye imikhakha. Ukukhanya kungaba ukukhanya kwemvelo noma ukukhanya okuvamile.
Le nto ingakhiqiza ama-electron amahhala nezimbobo ngaphansi kwemisebe ye-ultraviolet, ngakho inomsebenzi oqinile we-photo-redox, ingakhipha i-oxidize futhi ibole izinto ezihlukahlukene eziphilayo nezinye izinto ezingaphili, ingabhubhisa ulwelwesi lwamangqamuzana amagciwane futhi iqinise amaprotheni amagciwane. , futhi inokusebenza okuphezulu kakhulu. Imisebenzi eqinile yokunqanda ukubola, yokuvala inzalo kanye neyokukhipha amaphunga.
Ama-Photocatalyst asebenzisa amandla okukhanya ukwenza ukusabela kwe-photochemical futhi aguqule imisebe ye-ultraviolet ekukhanyeni ibe amandla okusetshenziswa, ngakho anomsebenzi wokuvimbela imisebe ye-ultraviolet. Ama-Photocatalyst angasebenzisa ukukhanya kwelanga njengomthombo wokukhanya ukuze enze ama-photocatalyst asebenze futhi aqhube ukusabela kwe-redox, futhi ama-photocatalyst awadliwa ngesikhathi sokusabela.
I-ADA:Ijeneretha ye-ion engalungile ikhipha izigidi zama-ion ngomzuzwana, idala indawo ezungezile efana nehlathi, iqeda ama-radicals amahhala ayingozi, iqeda ukukhathala, ithuthukisa ukusebenza kobuchopho, futhi ikhulula ukucindezeleka kwengqondo nokuntula isineke.
ADA:Ucwaningo lwe-Japan Ion Medicine Association luthole ukuthi iqembu le-ion elibi elinomphumela wezokwelapha osobala. Ama-ion agxile kakhulu anemiphumela evelele yokunakekelwa kwezempilo ohlelweni lwenhliziyo nobuchopho. Ngokocwaningo lwesayensi, inemiphumela eyisishiyagalombili elandelayo: qeda ukukhathala, yenza amangqamuzana asebenze, enze ubuchopho busebenze futhi ukhuthaze umzimba.
I-ADA:Ubuchwepheshe obuthuthukisiwe be-electrostatic, ngokusebenzisa ama-electrode anamandla amakhulu ukuze kwakheke inkambu ye-electrostatic, ukumunca ngokushesha uthuli nezinye izinhlayiya ezincane ezisemoyeni, bese kusetshenziswa ama-ion anamandla amakhulu ukuze kubulawe inzalo eqinile.
