Xa kuthelekiswa neglasi yokukhusela,iglasi egqunyiweyo yokucoca ulweloinokusebenza ngcono kokugquma ubushushu. Ubushushu budluliselwa ngeendlela ezintathu: ukugquma, imitha, kunye nokugquma. Phakathi kwazo, ukugquma ubushushu kufuneka kudlule kwi-medium, kwaye kunokucingelwa ukuba akukho phantse i-medium kumaleko we-vacuum, ukuze ukugquma ubushushu kuncitshiswe. Iglasi egquma ubushushu iqhuba ubushushu kuphela emaphethelweni, kwaye icandelo layo eliphambili liphantse ligqume ngokupheleleyo. Ixabiso lokudlulisa ubushushu le-Ug yeglasi egquma ubushushu linokufunyanwa lula ngaphantsi kwe-0.5W/㎡, ngelixa ixabiso lokudlulisa ubushushu le-Ug yeglasi egquma ubushushu yeglasi ezintathu enemiqolo emibini ifikelela kwi-0.7W/㎡K, ekufutshane nomda. Ngenxa yokusebenza kakuhle kokugquma ubushushu kweglasi egquma ubushushu, kwiindawo ezibandayo kakhulu, nokuba kushushu kakhulu ngaphandle ebusika, ubushushu bomphezulu wangaphakathi weglasi busenokugcinwa bungaphezulu kobushushu be-dew point, ngaloo ndlela kuthintelwe ngempumelelo ukufuma.
Iglasi egqunywe nge-vacuuminokusebenza ngcono kokudlulisa ukukhanya. Ukuze kuncitshiswe i-coefficient yokudlulisa ubushushu beglasi, i-insulation yobushushu kunye neglasi yokonga amandla esetyenziswa kwizakhiwo yi-Low-E glass, eyaziwa ngokuba yi-low-emissivity glass. Umphezulu weglasi ugqunywe yi-Low-E film, eyifilimu eyenziwe ngeentsimbi okanye iikhompawundi ezininzi, ezinokubonakalisa imitha ye-infrared, ngaloo ndlela zinciphisa ngempumelelo ukusasazwa kobushushu bemitha yangaphakathi ebusika. Kodwa kukho iingenelo kunye nokungalungi.
Ifilimu yeLow-E ayinakubonakalisa kuphela imitha ye-infrared, kodwa ikwabonakalisa nokukhanya okubonakalayo, okuya kukhokelela ekunciphiseni ukusebenza kokudluliselwa kokukhanya kweglasi. Ukuze ibe nokusebenza okungcono kokuthintela ubushushu, iglasi yokukhusela enezikhewu ezimbini eneglasi ezintathu idla ngokusebenzisa isakhiwo seLow-E esinezikhewu ezimbini, nto leyo ebangela ukuba ixabiso lokudlulisa ukukhanya okubonakalayo leglasi libe ngaphantsi kwe-0.6. Iglasi ekhuselweyo ene-vacuum isebenzisa kuphela iLow-E enezikhewu enye, enokufikelela kwi-coefficient yokudlulisa ubushushu ephantsi kuneglasi yokukhusela ukukhanya enezikhewu ezimbini enezikhewu ezimbini, kwaye ixabiso lokudlulisa ukukhanya okubonakalayo le-τv linokufikelela ngaphezulu kwe-0.8.
Kuyabonakala ukuba ukusebenza kwe-vacuum glass yokukhusela isandi esithwala umoya kuphezulu. Ukudluliselwa kwamaza esandi kufuneka kudlule kwi-medium, ukuze i-vacuum glass ikwazi ukuthintela ingxolo ngempumelelo, kwaye i-weighted sound insulation yayo inokufikelela ngaphezulu kwe-40dB, ngelixa i-insulation glass imalunga ne-30dB kuphela.
Idigri yokusebenza ye-vacuum (≤0.1 Pa) kumaleko we-vacuum ingagcinwa ixesha elide, nto leyo emisela ubomi benkonzo yeglasi ye-vacuum. Abavelisi bamazwe ngamazwe abafana ne-Asahi Glass banokubonelela ngewaranti yeminyaka eli-15 yeemveliso zeglasi ye-vacuum eYurophu naseJapan, kwaye ubomi benkonzo obulindelekileyo bungaphezulu kweminyaka engama-25. Ngokuhambela phambili kwetekhnoloji, le nkqubo iye yakhula kancinci kancinci, kwaye itekhnoloji yeglasi ye-vacuum yasekhaya ifikelele kwinqanaba eliphambili kwihlabathi liphela. Ekubeni igesi engangeniyo kwiglasi ye-insulating iya kuvuza kancinci kancinci ngokuhamba kwexesha, oku kuqinisekisa ukuba iglasi ye-insulating nayo inengxaki yobomi benkonzo.
Xa kuthelekiswa neglasi yokukhusela,iglasi egqunyiweyo yokucoca ulweloilula kwaye incinci. Ubukhulu bomaleko ongenanto weglasi yokukhusela igesi buhlala buyi-6 ~ 12mm, okanye bube bukhulu nangakumbi, kwaye ingaphakathi lizaliswe ngumoya okanye yigesi engasebenziyo, ngelixa umaleko we-vacuum weglasi yokukhusela igesi uyi-0.1 ~ 0.2mm kuphela. Ukongeza, iglasi yokukhusela igesi enomaleko we-vacuum odibeneyo phakathi kweeglasi ezimbini, isiphumo sayo sokukhusela igesi sinokuthelekiswa neglasi yokukhusela igesi enezikhewu ezintathu, kwaye ngenxa yokuba umaleko omnye weglasi usetyenziswa kancinci, ubunzima bayo buyancipha xa kuthelekiswa neglasi yokukhusela igesi enezikhewu ezintathu enezikhewu ezintathu 1/3.
Kwiprojekthi yomnyango weglasi kunye neefestile ezixhotyiswe ngeefestile ze-aluminium zebhulorho ezaphukileyo, sicebisa isicwangciso esitsha sokuhlaziya iifestile zangaphandle: gcina isakhelo sefestile sokuqala, tshintsha iglasi yokukhusela iifestile yokuqala enezingqimba ezimbini kunye nokusebenza kakubi kobushushu ngeglasi yokucoca, kwaye utshintshe umcu wokuvala. Inzuzo yesi sisombululo kukuphepha isidingo sokutshintsha ifestile yonke, okanye ukongeza umaleko weefestile zangaphandle, njl. Ubungakanani bomsebenzi bukhulu, obuya kuchaphazela kakubi ubomi obuqhelekileyo babemi, ngoko ke kunzima ukuphumeza amanyathelo okuhlaziya amakhulu. Ewe, esi sisombululo kufuneka sihlangabezane neemfuno ezithile: iiprofayili zesakhelo sefestile sokuqala zikumgangatho olungileyo kwaye zisafanele ukugcinwa. Kuba isiphumo esifuna ukusifezekisa kukwenza uhlaziyo lokonga amandla. Emva kokuba iifestile zangaphandle ezindala zitshintshwe ngeglasi yokucoca, ziya kuqhubeka zisetyenziswa ubuncinci iminyaka eli-15, endaweni yokudilizwa ngokupheleleyo kwaye zitshintshwe kwiminyaka embalwa emva kokuhlaziywa, okubangela inkunkuma engeyomfuneko.
I-Zerothermo Sigxile kubuchwepheshe bokugalela i-vacuum kangangeminyaka engaphezu kwama-20, iimveliso zethu eziphambili: iiphaneli zokuthintela i-vacuum ezisekwe kwizixhobo ezisisiseko ze-silica ezifumileyo zokugonya, ezonyango, izinto ezibandayo, ifriji,iphaneli yokugquma kunye nokuhombisa edibeneyo ye-vacuum,iglasi ye-vacuum, iingcango neefestile ezigqunywe ngomkhenkce. Ukuba ufuna ukufunda ulwazi oluthe kratya malunga Iiphaneli zokuthintela ubushushu ze-Zerothermo,nceda uzive ukhululekile ukunxibelelana nathi, wamkelekile ukuba undwendwele umzi-mveliso wethu.
Umphathi weNtengiso: uMike Xu
Ifowuni: +86 13378245612/13880795380
E-mail:mike@zerothermo.com
Iwebhusayithi:https://www.zerothermovip.com
Ixesha lokuthumela: Novemba-22-2022
