Ukufakwa kokushisa: Omunye wemisebenzi ebalulekile yefilimu yelanga ukuvikela ukushisa. Ibonisa imithombo yokushisa ekukhanyeni kwelanga, ikakhulukazi emisebeni ye-infrared. Ifilimu yelanga ayibonisi nje ingxenye yokushisa, kodwa futhi idonsa futhi ihlakaze konke okunye, inciphisa ngokuphumelelayo izinga lokushisa ngaphakathi kwemoto. Kubuchwepheshe besimanje, isendlalelo sefilimu yelanga esithuthuke kakhulu sisekelwe ezintweni ze-nano-graphene, ezingagcini nje kuphela ukukhanya okuphezulu kodwa futhi zinikeza izakhiwo ezinhle kakhulu zokushisa ukushisa.



Ukonga Amandla: Ukufakwa kwe-thermal okuhle kakhulu kusiza ukunciphisa ukusetshenziswa kwamandla kwesistimu ye-air conditioning yangaphakathi. Ngisho noma imoto ipakwe endaweni evezwe ilanga, ngemva kokufaka ifilimu yelanga, ukuqala i-air conditioner kunganciphisa izinga lokushisa ngaphakathi kwemoto ngokushesha, kuthuthukisa kakhulu ukunethezeka kokushayela.



Ukuvikela Ilanga: Nakuba izimoto eziningi zisebenzisa ingilazi yasefekthri ekhangiswa ngokuthi inokuvikelwa elangeni, ngokuvamile ivimba imisebe ethile ye-UV. Omunye wemisebenzi eyinhloko yefilimu yelanga ukuhlukanisa ngokuphumelelayo imisebe ye-ultraviolet yamaza aphakathi nendawo namaza amade ukuvikela isikhumba sabashayeli nabagibeli nokunciphisa izingozi zokuguga ezibangelwa ukukhanya.



I-Anti-dazzle: Ukubhekana nokukhanya okuqinile emini, amalambu aphezulu ebusuku, noma ukukhanya okungazelelwe kwendawo yokubona (njengokushayela uphuma egalaji lokupaka elingaphansi komhlaba), kungase kuphazamise ukubona komshayeli, ngaleyo ndlela kuphazamise ukuphepha kokushayela. Ukusetshenziswa kwefilimu yelanga kunganciphisa ngempumelelo ukukhanya okukhulu, futhi amanye amafilimu elanga nawo anomsebenzi wokulungisa ngokuzenzakalelayo ukudluliswa kokukhanya ukuze kuthuthukiswe induduzo nokuphepha kokushayela.

Amafilimu elanga ezimoto ngokuvamile ahlanganisa izendlalelo ezingu-7-8. Izendlalelo eziyinhloko zihlanganisa ungqimba oluphikisana nokunamathela, ungqimba olunamathelayo, nefilimu ye-polyester. Kunezinhlobo ezahlukene, njengamafilimu ensimbi namafilimu e-ceramic, athathwa njengendabuko futhi angase abe nemikhawulo ekuhlukaniseni ukushisa nokudluliswa kwesignali. Inketho ethuthuke kakhulu isendlalelo se-nano-graphene, esihlanganisa nongqimba oluvikela ukugqokwa kwendawo. Izinqubo zokukhiqiza ezihlukene ziholela ekugqitheni kwezingqimba ezihlukene kanye namakhono okuvikela ilanga. Izendlalelo zensimbi zendabuko, ngenkathi zisebenza kahle ekuvimbeni ukushisa, zingaphazamisa ukudluliswa kwesignali.

Umanduleli wefilimu yelanga ifilimu yezakhiwo kanye nefilimu yokuphepha. Yaqala ukusetshenziswa ekwakheni izindonga zengilazi zangaphandle. Idlale kakhulu indima yokuvikela ukuqhuma ukuze ivikele ukulimala komuntu okudalwe ukuchaphazeka kwengilazi ngemuva kokuphuka kwengilazi ngephutha. Kamuva, kwaba nama-partitions okuvikela ilanga. Amafilimu ashisayo afakwa kancane kancane emkhakheni wezimoto futhi afakwe ngaphakathi kwamafasitela ezimoto. Asetshenziswa kakhulu ukuvikela ilanga, ukuvikela ukushisa, nokuvikela ukuqhuma. Amanye amafilimu elanga anokudluliselwa kokukhanya okuphansi noma ukukhanya ohlangothini olulodwa angandisa ukukhanya ngaphakathi kobumfihlo bemoto.

Ifilimu yelanga yezimoto, eyaziwa nangokuthi ifilimu yefasitela noma ifilimu yokuphepha, isho ifilimu enamathiselwe ngaphezulu kwamafasitela emoto. Ngaphezu kwezindawo zayo zokushisa nokunciphisa ukuxhopha, iphinde isebenze njengesinyathelo sokuphepha. Amafilimu okuphepha asezingeni eliphakeme akhiwa kusetshenziswa izinto ezikhethekile ze-polyester, ngokwemvelo ezinokuqina okuphezulu. Ihlanganiswe nengcina eyingqayizivele ezwela ukucindezela, uma kwenzeka ingozi, ifilimu ibamba ngokuvikelekile ingilazi ephukile, ivimbele ukuba ingahlakazeki futhi ibangele ukulimala. Amafilimu okuphepha kwezimoto nawo anikezela ngokubonakala kwendlela eyodwa futhi anciphise ukuxhopha.

Ubuchwepheshe be-vacuum coating yibo obusetshenziswa kakhulu emikhiqizweni yepulasitiki. Imboni yomshini wokugcwalisa i-vacuum iveze ukuthi ipulasitiki inezici zokubumba okulula, izindleko eziphansi, isisindo esincane, nokungagqwali. Imikhiqizo yepulasitiki isetshenziswa kakhulu, kodwa ukushiyeka kwayo kuvimbela ukwanda kokusetshenziswa. Ngokusetshenziswa kobuchwepheshe be-vacuum coating, ingaphezulu lepulasitiki lenziwe ngensimbi, futhi izinto eziphilayo kanye nezinto ezingaphili ziyahlanganiswa, okwenza ngcono kakhulu izakhiwo zayo ezingokomzimba namakhemikhali. Izinzuzo zobuchwepheshe be-vacuum coating ziboniswa ikakhulukazi kulezi zici ezilandelayo:

1. Yenza i-plastic surface conductive;

2. Ukuhlanza kulula, akukho qoqo lothuli.

3. Thuthukisa ukubukeka, izindawo zokuqala zepulasitiki zithambile futhi zingenwa kalula ukulimala. Ubuchwepheshe be-vacuum coating bukhulisa kakhulu ubulukhuni bobuso kanye nokumelana nokugqoka.

4. Yehlisa ukumuncwa kwamanzi. Izikhathi eziningi zokumboza, amaphinikhodi ambalwa, izinga lokumuncwa kwamanzi liyancipha, umkhiqizo mancane amathuba okuba ukhubazeke, futhi ukumelana nokushisa kuyathuthukiswa;

5. Thuthukisa ubulukhuni bobuso. Indawo yokuqala yepulasitiki ithambile futhi isengozini yokulimala kunensimbi. Ngobuchwepheshe be-vacuum coating, ubulukhuni nokumelana nokugqoka kwanda kakhulu;

6. Ukumelana Nesimo Sezulu Okuthuthukisiwe: Ipulasitiki evezwe ezimeni zangaphandle ivame ukuwohloka ngokushesha, ikakhulukazi ngenxa yemisebe ye-UV. Ukufakwa kwe-vacuum nge-aluminium kuthuthukisa kakhulu ukumelana nesimo sezulu ngoba i-aluminium ibonisa imisebe ye-UV ngokuphumelelayo.amapulasitiki azoguga ngokushesha ngaphandle, ikakhulukazi ngenxa yemisebe ye-ultraviolet. Ngemuva kokufakwa kwe-aluminium, i-aluminium inokukhanya okunamandla kwemisebe ye-ultraviolet, ngakho ukumelana nesimo sezulu kuba ngcono kakhulu.

Ifilimu yengilazi ingavimba u-45-85% wokushisa kwelanga okuqondile ekungeneni ekamelweni ehlobo, futhi inganciphisa ukulahlekelwa ukushisa ngaphezu kuka-30% ebusika; lapho ingilazi iphukile, izingcezu zingakwazi ukunamathela ngokuqinile ebusweni befilimu yengilazi , ukugcina isimo sangempela ngaphandle kokufafaza noma ukuguqulwa; Ngesikhathi esifanayo, ifilimu yengilazi ingakwazi ukumelana namazinga okushisa afika ku-500 degrees futhi ingavimbela ngokuphumelelayo imililo futhi igweme ukulimala emzimbeni womuntu. Amafilimu engilazi ekhwalithi enhle angavimba ukuxhopha kanye nama-99% emisebe ye-ultraviolet.

Ifilimu yokuhlobisa efilimu yengilazi iyintandokazi yesitayela sokuhlobisa esilula. Iyashintshashintsha futhi iyalufifi, igcwele ukunwetshwa okungenamkhawulo kwesikhala nokuhlukaniswa okungokoqobo nokuvinjwa, okwenza isitayela sokuhlobisa ikhaya sibe sesimanjemanje futhi siguquguquke, singavumeli nje ukukhanya okuhle kwemvelo ngaphakathi endlini kodwa futhi Ukubonakala kungancishiswa. Inemibala ecebile, izitayela ezihlukahlukene, ubuciko obulula futhi obungokoqobo, izindleko eziphansi, ukuphepha nokuvikelwa kwemvelo. Sekuyisinqumo esingcono kakhulu sezindawo zobumfihlo zomuntu siqu njengamakhaya, amahhovisi, izindawo zokudlela, amadeski angaphambili enxanxathela yezitolo, kanye namagumbi okulala nezindlu zokugeza.

1. Ezinsukwini ezintathu zokuqala ngemva kokufakwa kwefilimu yengilazi yefasitela, gwema ukuhambisa ingilazi ngoba ingase iqukethe amanzi angakahwamuka ngokuphelele. Kungcono ukuthi ungawuphazamisi ngalesi sikhathi.

2. Ezinsukwini eziyishumi nanhlanu zokuqala ngemva kokufaka ifilimu yengilazi, gwema ukusebenzisa amanzi ukuhlanza izindawo zengilazi ezimbozwe ifilimu.

3. Ungalengi noma yiziphi izinto nge-adhesive noma unamathisele izitikha noma eminye imihlobiso efilimini yengilazi.

4. Ukuze uhlanze indawo yefilimu yefasitela, ufafaze kancane futhi ngokulinganayo i-ejenti yokuhlanza. Khona-ke, sula ngobumnene ifilimu ngendwangu kakotini ehlanzekile nethambile noma indwangu yokusula emuncayo. Izindwangu zikakotini nezindwangu zokusula ezimuncayo zingase kudingeke zicishwe. Utshwala obumsulwa be-isopropyl obusetshenziswa kulezi zindwangu buzoncibilikisa ngokushesha amabala anenkani nezigxivizo zeminwe ezinamafutha. Uma amabala ephikelela, phinda usebenzise ikhambi lokuhlanza futhi usebenzise i-squeegee yerabha ethambile ukuze usule ngokuvundlile ukusuka phezulu kuye phansi kuze kome. Sebenzisa ithawula ukomisa imiphetho yefilimu yefasitela.

5. Uma kune-adhesive esele noma iglue esele ngemuva lapho ususa i-adhesive tape noma izitika efilimini yefasitela eminyango nasemafasiteleni, ungasebenzisa indwangu ethambile, ehlanzekile kakotini efakwe ku-acetone ukuze uhlanze ngobumnene izindawo ezithintekile. Lokhu kuzosusa ngokushesha futhi ngokuphelele noma iyiphi insalela yokunamathela efilimini yefasitela. Inani elincane le-acetone ngeke lilimaze ifilimu ye-polyester kodwa lizoncibilikisa ngempumelelo futhi lihwamulise izinto eziningi ezinamathelayo namapende.

6. Ungasebenzisi ama-squeegees athambile, amabhulashi, noma lawo aqukethe izinto ezilimazayo.

Firstly, pay attention to the smell of the building's heat insulation film. Poor-quality heat insulation films often emit a strong, pungent odor, especially during installation, which can irritate the respiratory system. In contrast, high-quality heat insulation films should be odorless and devoid of impurities after installation.

Secondly, assess the tactile qualities of the heat insulation film. Inferior heat insulation films typically employ ordinary polyester films as their base material, lacking elasticity, toughness, and a tactile feel. They are prone to wrinkling and fail to meet the fundamental safety and explosion-proof requirements expected of building heat insulation films.

Thirdly, examine the coloration of the heat insulation film. Low-quality heat insulation films primarily rely on dyeing processes, akin to fabric dyeing, making them susceptible to discoloration and blurring over time, often tending towards brown hues. In contrast, premium heat insulation films are crafted using magnetron sputtering technology, which adheres rare and valuable space metals such as gold, silver, nickel, and titanium using a robust magnetic field. This process ensures uniform coloration, a natural space-metal aesthetic, and exceptional transparency.

Fourthly, consider the clarity of the heat insulation film. The clarity of a building's heat insulation film is contingent upon both the base material and the manufacturing process. Only films produced using state-of-the-art magnetron sputtering technology can guarantee exceptional clarity. This technology involves adsorbing rare metals onto the film's surface without the use of pigments or heat-absorbing agents, resulting in optimal clarity. Many subpar heat insulation films may exhibit a wavy pattern when viewed from the outside post-installation, causing obscured visibility and compromising the appreciation of outdoor scenery. This also poses safety concerns.

Ifilimu yefasitela ebhubhuzayo ikhipha inani elibalulekile le-formaldehyde! Uma ungalisusi ifilimu elingaqhumi elibhabhizayo, lingalimaza kakhulu impilo yakho futhi likuholele nasemdlavuzeni! Omata baphansi, amafilimu amafasitela, upende wangaphakathi, nezinye izingxenye zemoto ziqukethe i-formaldehyde, futhi ngemva kokuchayeka isikhathi eside elangeni, amazinga e-formaldehyde ngaphakathi emotweni angase ande. I-formaldehyde ikhona ngendlela yokunamathisela nokunamathelayo, futhi njengoba izinga lokushisa likhuphuka futhi isikhathi siqhubeka, ukuntengantenga kwayo kuyanda. Lokhu kuholela ekugxilweni okuphezulu kwe-formaldehyde ngaphakathi kwemoto. I-formaldehyde esemotweni iphuma kakhulu ezintweni ezinamathelayo namapulasitiki. Ngemva kokuba ifilimu yefasitela iqala ukubhubhuza, indawo engangeni moya phakathi kwefilimu nengilazi iyaphazamiseka, okuvumela ukuba kukhishwe amagesi anobuthi ngaphakathi emotweni. Amazinga aphakeme e-formaldehyde ngaphakathi emotweni angacasula indlela yokuphefumula kanye nolwelwesi lwamafinyila esikhumbeni, kube yingozi empilweni futhi okungase kuholele kumdlavuza wegazi nomdlavuza.

1. Ukudlulisa ukukhanya okubonakalayo. Imisebenzi eyinhloko yeminyango namafasitela ukukhanya kanye nokukhipha umoya. Ngakho-ke, ngengilazi, ukuphakama kokukhanya okubonakalayo kwefilimu, kuba ngcono. Uma iphansi kakhulu, izophazamisa ukukhanya kwangaphakathi futhi ibangele ukukhanya. Ukuze ulahlekelwe umphumela wokonga amandla, ukukhanya okuvamile okubonakalayo akufanele kube ngaphansi kuka-60%;

2. Izinga lokuvinjwa kwe-infrared. Leli bhendi libalelwa ku-54% wengqikithi yamandla okushisa kwelanga. Lapho inani lesilinganiso sokuvimbela liphakeme, lingcono. Ngokuvamile, izinga lokuvimbela lingafinyelela ngaphezu kwama-70%. Kukhona ngisho namabhizinisi asizakala ngomthengi ojwayelekile’s ukuntula ulwazi mayelana namafilimu azosetshenziswa i-infrared. Izinga lokuvimbela liyadukisa njengenani eliphelele lokuvimbela amandla elanga. Iyaziqhenya ngokuthi ukukhanya okubonakalayo kwefilimu yayo kungama-70%, futhi inani eliphelele lokuvimbela amandla elanga lingafinyelela ku-90%. Lokhu ngokusobala kuyadukisa, futhi kungabonakala kumephu yokusabalalisa amandla elanga ukuthi akunakwenzeka;

3. Isilinganiso sokuvimbela i-ultraviolet, okuyinkomba yokulinganisa inani lemisebe ye-ultraviolet engena ekamelweni. Lobu buchwepheshe buvuthwe kakhulu futhi bungalungiswa ngokuvumelana nezidingo. Ngokwezidingo zomzimba womuntu, le nkomba ivame ukusethwa ngaphezu kwama-95%.

Glass film serves to enhance the safety and energy efficiency of standard glass. The use of glass film dates back to the 1960s when its initial purpose was to address the imbalance in heating and cooling caused by solar energy loads. In its early stages, these films primarily focused on reflecting solar radiation away from glass windows to prevent excessive heat buildup on the inner glass surfaces.
As manufacturing technology advanced, a new generation of body-colored insulation films emerged. These films offered a wide array of colors, providing architects with extensive design possibilities. Some of the prominent color options include brown, gray, gold, amber, blue, green, among others.

The main differences are as follows:

1.Different Production Processes: Typically, architectural films are produced using a vacuum deposition process, which results in high visible light reflectivity and excellent solar control capabilities. However, this high reflectivity is not suitable for automotive applications as it can lead to intense glare and hinder rearview mirror visibility.
2.Different Adhesive Materials: Automotive films typically use standard adhesive materials (HPR), while most architectural films rely on clear dry adhesive (CDF) that offers superior adhesive properties. Due to these distinctions, the lifespan of automotive films is typically around 3-5 years, whereas architectural films can last 10-20 years under normal conditions. If regular automotive film is applied to architectural glass, prolonged exposure to sunlight can rapidly deteriorate the adhesive, resulting in peeling, fading, and cracking of the film, seriously affecting the aesthetics of the building.
3.Thickness Variations: Architectural films generally range from 2mil to 16mil in thickness, whereas automotive films are typically between 0.8mil to 1.5mil.
4.Different Metal Content Requirements: Automotive films should not contain more than 5% cadmium-nickel-titanium, while architectural films should not exceed 2.5%. These limitations are in line with environmental and ecological standards. This distinction is because vehicle occupants are generally healthy adults and do not spend prolonged periods inside their cars. In contrast, architectural films may be installed in residential spaces with pregnant women, infants, and vulnerable individuals. The radiation from rare metals can have certain effects on fetal and infant development. Therefore, architectural films must adhere to strict ecological and environmental standards regarding metal content.