Iminyango namafasitela "amehlo" esakhiwo, kodwa futhi "umgodi omnyama" wokulahlekelwa amandla. Ngokwezibalo, ukusetshenziswa kwamandla kweminyango namafasitela kubiza cishe u-40% wokusetshenziswa kwamandla kwesakhiwo sonke. Uma ufuna ukufeza ukusetshenziswa kwamandla okuphansi kakhulu kwesakhiwo sonke, iminyango yokonga amandla namafasitela kuyisihluthulelo.Isi-Sichuan linglinghao(Zerothermo)kunganciphisa kakhulu ukusetshenziswa kwamandla kweminyango namafasitela ngokusebenzisa ingilazi ehlanganisiwe ye-vacuum kanye namaphrofayili e-aluminium alloy ebhuloho eliphukile asezingeni eliphezulu athuthukiswe ngokuzimela. Uma kuqhathaniswa neminyango evulekile yebhuloho le-aluminium kanye namafasitela avamile emakethe, umphumela wayo wokuvikela uphakeme cishe ngokuphindwe kathathu.
Kususelwa kokuhlukileingilazi ye-vacuumubuchwepheshe, sithuthukisa futhi sikhiqize ngokuzimela iminyango yokonga amandla e-vacuum kanye namafasitela kanye nezindonga zamakhethini engilazi ye-vacuum. Sisebenzisa amaphrofayili e-aluminium ebhulohweni eliphukile aklanywe ngokwawo ekhwalithi ephezulu, ngesikhathi esifanayo ukuhlanganiswa kwemibono eminingi yokuklama ethuthukisiwe, ukwakheka kwesimo esiyingqayizivele, esisha futhi esisebenzayo, esihle, ukusebenza okuvelele kwemikhiqizo emihle kakhulu yeminyango namafasitela. I-Hao iphinde yathuthukisa amafasitela neminyango engasebenzi yezakhiwo zamandla aphansi kakhulu.
Izici zeminyango namafasitela okonga amandla nge-vacuum
Ukusebenza Kokuvimbela Ukushisa
Hlangana nezidingo zokusebenza kokushisa kwezakhiwo zamandla aphansi kakhulu zeminyango namafasitela. Ngesikhathi esifanayo, ukuqina komoya kweminyango namafasitela kufinyelela ezingeni likazwelonke elingu-8 noma ngaphezulu, ukusebenza kokuqina kwamanzi kungu-6, kanti ukumelana nokucindezela komoya kungu-8. Iminyango ye-vacuum ye-Zerothermo namafasitela anobuchwepheshe bokucubungula obuhlukile, obuhle kakhulu futhi obusebenzayo.
Ukushisa Okukhulu
I-coefficient yokudlulisa ukushisa kwefasitela lonke ingaphansi kuka-1.0W/(㎡·K), ukuze kuhlangatshezwane nezidingo zendinganiso yefasitela elingasebenzi, ukuqinisekisa ukuthi amandla angaphakathi awalahleki;
Ukuvikela Umsindo Ophakeme Nokunciphisa Umsindo
Ngenxa yokusebenzisa ingilazi ehlanganisiwe ye-vacuum, ukuvala umsindo nokusebenza kokunciphisa umsindo kuthuthuka kakhulu, isisindo sokuvala umsindo singafinyelela kuma-decibel angu-39, ukuze ukwazi ukujabulela ukuthula;
Ukuqina Komoya Okuphezulu Kakhulu, Ukuvikela Uthuli Nokufiphala Komoya
Ifasitela lonke lisebenzisa isakhiwo sekhwalithi ephezulu sokuvala irabha ukuze lihlukanise ukungcola kwemvelo futhi livikele impilo yomndeni;
Ukuvalwa Komphetho Ophephile
Inqubo yokuvala umphetho isebenzisa inqubo ehlukile yokuvala umphetho ojikelezayo, i-sash ayisenawo amakhona abukhali, idizayini yekona eliyindilinga eliphephile, elihle futhi eliseduze, ivikela ukuphepha komndeni.
Uhlelo Lokukhipha Amanzi Olufihliwe Lohlobo Lokukhipha Amanzi
Uhlelo lokukhipha amanzi olufihliwe olufana nohlobo lokukhipha amanzi phansi, olucutshungulwa ubuchwepheshe obuyingqayizivele, olulula noluhle, lube umugqa wekhwalithi ephezulu
Isakhiwo sebhuloho eliphukile esiyingqayizivele sithuthukisa ukusebenza kahle kokonga amandla kwefasitela lonke, futhi inani lika-K lefasitela lonke lingafinyelela ngaphansi kuka-0.8w(m2.k), okuhlangabezana nezidingo zezakhiwo ezisebenzisa amandla kancane kakhulu.
I-Zerothermo Sigxile kubuchwepheshe be-vacuum iminyaka engaphezu kwengu-20, imikhiqizo yethu eyinhloko: amaphaneli okuvikela i-vacuum asekelwe ezintweni eziyinhloko ze-silica ezifuthwe ngomuthi wokugoma, wezokwelapha, wezinto ezibandayo, efrijini, iphaneli yokuhlobisa kanye nokufakwa kwe-vacuum okuhlanganisiwe,ingilazi ye-vacuum, iminyango namafasitela afakwe uthayela. Uma ufuna ukufunda ulwazi olwengeziwe mayelana Amaphaneli 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: Disemba 16-2022
