Ingilazi yinto esivame ukuyibona ezigcawini ezahlukene zokuphila nasemsebenzini, futhi asijwayelene nayo. Kodwa abantu abaningi abawazi umqondo wayoingilazi ye-vacuumEminyakeni yamuva nje, uhlelo lodonga lwamakhethini engilazi selube cishe yisisombululo sokuvikela sangaphandle esibaluleke kakhulu sezakhiwo ezingezona ezokuhlala. Ohlelweni lodonga lwamakhethini angaphandle olubonakalayo, indawo yengilazi ihlanganisa cishe u-85% wendawo yonke yohlelo. Kulesi simo, uhlelo lodonga lwamakhethini engilazi lucishe luthathe umsebenzi obalulekile wokonga amandla wesakhiwo sangaphandle.
I-coefficient yokudlulisa ukushisa iyonke yeminyango namafasitela ezakhiwo ezisebenzisa amandla aphansi kakhulu ngokuvamile kudingeka ukuthi ibe ngaphansi kuka-1.0W/(㎡.k), ingilazi evamile ayikwazi ukufeza lo mphumela. Kwaze kwaba yilapho kuzalwa ingilazi ye-vacuum futhi kancane kancane yafakwa esixazululweni semvilophu yokudlulisa isakhiwo lapho udonga lwekhethini lengilazi lwathola khona ukukhetha okuhle kakhulu kokufeza ukusebenza kahle okuphezulu nokonga amandla. Ngokungafani nengilazi yokuvimbela evamile,ingilazi ye-vacuumngoba akukho gesi phakathi kwezingcezu ezimbili zengilazi, ingilazi ye-vacuum ihlukanisa ngempumelelo ukushisa kanye ne-convection yokushisa, kuhlanganiswe nengilazi ephansi ye-E yokushisa okusebenzayo okuphezulu, i-coefficient yokudlulisa ukushisa yengilazi ye-vacuum yodwa ingaba ngaphansi njengo-0.5W /(m2.k), ngisho nangaphansi kwengilazi ezintathu zengilazi yokuvikela umswakama enezimbobo ezimbili. Izinga lokuvikela ukushisa lengilazi ye-vacuum lingafinyelela ukusebenza okufanayo kokushisa nodonga lokuvikela, oluphinde lukhulule kakhulu ingcindezi yokuvikela ukushisa yamaphrofayili odonga lwefasitela kanye nekhethini lefasitela.
Ngokusho kokuhlolwa kwangempela kweNational Construction Engineering Quality Supervision and Inspection Center, ifasitela lengilazi le-vacuum lisetshenziswa ezindaweni ezibandayo njengeBeijing, futhi ukonga amandla ebusika kungafinyelela ngaphezu kuka-50%. Ngakho-ke, kungakhathaliseki ukuthi amafasitela engilazi noma izindonga zekhethini lengilazi, imvilophu ekhanyayo evulekayo ayisekho ibhodi elifushane lokonga amandla okwakha, ukusetshenziswa kwamandla okuphelele kwesakhiwo kungancishiswa kakhulu ukuze kuhlangatshezwane nezidingo zezakhiwo ezisebenzisa amandla aphansi kakhulu.Ngemva kokusebenzisa ubuchwepheshe bokonga amandla beminyango yengilazi ye-vacuum kanye nodonga lwekhethini lamafasitela, inani lalo alibonakali nje kuphela ekusebenzeni kahle kakhulu nokonga amandla kwezakhiwo, kodwa futhi linezinzuzo ezingenakuphikwa endaweni yokuhlala:
Ni-oiseIukuhlanganiswa:
Tisisindo sesisindo se- ingilazi ye-vacuumiyodwa ingaphezu kuka-37dB, kanti ingilazi ye-vacuum ehlanganisiwe ingafinyelela ngaphezu kuka-42dB. Ukusetshenziswa kwamafasitela engilazi ye-vacuum noma izindonga zamakhethini kungahlukanisa ngempumelelo umsindo wangaphandle futhi kuthuthukise indawo yomsindo wangaphakathi. Ngevidiyo elandelayo, singabona ukusebenza kwengilazi ye-vacuum ekuvikelweni komsindo ngendlela eqondakala kalula.
Ukulwa Nokuvunda:
i-anti-condensation factor yeglasi ye-vacuum >75. Ngisho nasebusika obubandayo lapho kungaphansi kwama-20℃ ngaphandle, umehluko wokushisa phakathi kokushisa okuphezulu kwegumbi lengilazi nomoya wangaphakathi ngeke udlule ama-5℃, okuphakeme kakhulu kunokushisa kokushisa komoya.
Induduzo Eningi Kakhulu
Ukusebenza kokushisa okuphezulu kwengilazi ye-vacuum kulula ukugcina izinga lokushisa elihlala njalo kanye nomswakama endlini. Umehluko phakathi kwezinga lokushisa elingaphakathi kanye nezinga lokushisa legumbi ungaphansi kuka-3 ~ 5℃, okuqeda isenzakalo esibi semisebe eshisayo nebandayo, kunciphisa i-gradient yokushisa phambi kwefasitela, futhi kuthuthukisa kakhulu induduzo yendawo yangaphakathi.
Ngokuthuthuka okuqhubekayo kobuchwepheshe bokwakha kanye nokusungulwa kobuchwepheshe bezinto ezibonakalayo, akunzima ukubona ukubaluleka kobuchwepheshe bokonga amandla obusebenzisa ifasitela le-vacuum glass, amafasitela kanye nodonga lwamakhethini emkhakheni wezakhiwo ezingenawo amandla kanye nezakhiwo ezingenawo amandla amaningi. Sibhekene nesihloko esibalulekile "sokonga amandla okwakha", senze amalungiselelo aphelele. Sikholelwa ukuthi ngokuqedwa kokwakhiwa kwezakhiwo ezingenawo amandla.I-Zerothermo Isakhiwo se-R&D, lobu buchwepheshe obuthuthukisiwe buzothuthukiswa ngokugcwele.
I-Zerothermo Sigxile kubuchwepheshe be-vacuum iminyaka engaphezu kwengu-20, imikhiqizo yethu eyinhloko: amaphaneli okuvikela i-vacuum asekelwe ezintweni eziyinhloko ze-silica ezifuthwe nge-fumed for vaccine, ezokwelapha, ezokuthutha ze-cold chain, i-freezer, iphaneli yokuvikela i-vacuum ehlanganisiwe kanye nephaneli yokuhlobisa, ingilazi ye-vacuum, iminyango namafasitela avikela i-vacuum. Uma ufuna ukufunda ulwazi olwengeziwe mayelanaAmaphaneli okushisa e-vacuum angenawo ugesi angenawo ugesi,sicela ukhululeke ukuxhumana nathi, futhi wamukelekile ukuvakashela ifektri yethu.
Umphathi wokuthengisa: uMike Xu
Ucingo: +86 13378245612/13880795380,
E-mail:mike@zerothermo.com
Iwebhusayithi:https://www.zerothermovip.com
Isikhathi sokuthunyelwe: Okthoba-10-2022
