Ifilimu ye-TPU Clear Car Paint Protection iwuhlobo oluthile lwefilimu yokuvikela izimoto, eyaziwa nangokuthi ukusonga imoto noma ifilimu yokuvikela imoto esobala. Ivamise ukwenziwa ngezinto ezibizwa nge-Thermoplastic Polyurethane (TPU). Le filimu ezacile isobala, yingakho igama elithi "icacile," njengoba inomthelela omncane ekubukeni kwemoto uma isetshenziswe ebusweni bayo.


Injongo eyinhloko ye-TPU Clear Car Paint Protection Film ukuvikela upende wemoto ukuthi ungaklwebheki, ama-chips amatshe, emisebeni ye-UV, nokunye ukulimala kwemvelo. Isiza ukulondoloza ukubukeka kwemoto, ivimbele ukuxebuka kukapende noma ukushintsha kombala, ngaleyo ndlela kunwebe impilo yonke yokubuka yemoto.

Ingilazi ehlakaniphile/ifilimu isho uhlobo lwefilimu yekristalu ewuketshezi esebenza ngokufiphala. Ijika ikhanye uma inikwe amandla kanye nesithwathwa uma ivaliwe. Ngengilazi evamile ekhona, ifilimu ehlakaniphile ingasetshenziswa endaweni yengilazi, inikeza ukufakwa okulula ngaphandle kwesidingo sokushintshwa kwengilazi.


I-Harvakids smart glass iyingilazi yezinto ezinoveli esekelwe kubuchwepheshe bekristalu be-PDLC. Ijika ibe sobala uma inikwe amandla kanye nesithwathwa uma ivaliwe, ihlinzeka ngezici ezengeziwe ezifana nokumelana nokuqhuma, ukwahlukanisa ukushisa, ukuvikela umsindo, namandla okuveza.


Ukwengeza, kumaphrojekthi aqediwe ngengilazi evamile, sinikeza ifilimu yokufiphala ehlakaniphile engasetshenziswa ngokushesha. Inazo zonke izici zengilazi ehlakaniphile ngaphandle kwesidingo sokulungiswa okugcwele.

1. Ifilimu yengilazi efriziwe yengeza ukucwebezela ezindongeni zengilazi zezakhiwo futhi yenza ukubukeka kwesakhiwo kube kuhle kakhulu.


2. Ifilimu yengilazi efriziwe isiza ukwakheka kwangaphakathi futhi ihlobise ama-partitions ehhovisi.


3. Ifilimu yengilazi efriziwe ihlinzeka ngezinsizakalo zokulebula ezikhethekile nezithonjana/amamaki ekhasimende enziwe ngokwezifiso.


4. Ifilimu yengilazi efriziwe idala ubumfihlo futhi inika abantu indawo yamahhala neyimfihlo.


5. Ifilimu yengilazi eyisithwathwa inombala ocebile, iyashintshashintsha ekushintsheni kwesitayela, futhi kulula ukubona ubuciko. Uma iqhathaniswa nengilazi yephethini yendabuko eqoshiwe, inhle kakhulu futhi icacile.


6. Ifilimu yengilazi efriziwe inciphisa ukuphazamiseka okubukwayo futhi isebenzise ngokugcwele ukukhanya, ikwenze kube ukukhetha okuhle kakhulu kokuhlukaniswa kwamahhovisi, izindawo zokudlela kanye neminyango yesitolo.


7. Ifilimu yengilazi efriziwe inciphisa ukuxhopha okukhazimulayo, futhi ifilimu eyisithwathwa inciphisa ukukhathala okubonakalayo, ivikela amehlo, futhi ithuthukise indawo yokusebenza yesakhiwo.


8. Ifilimu yengilazi efriziwe iphephile futhi inobungani bemvelo. Ifilimu yengilazi efriziwe inomsebenzi wokuthuthukisa amandla engilazi. Kuyisikhali esithembekile ngokumelene nokuzamazama komhlaba, iziphepho nokuqhuma kwangaphandle. Kungase futhi kuvimbele izigebengu ukuthi ziphule kalula ifasitela futhi zingene endlini, futhi kuvimbele ingilazi ukuthi ingaphuki futhi isakazeke, ivikele abantu ngempumelelo. Ukuphepha komuntu siqu.

Amandla emisebe yelanga afinyelela engilazini.


1. Ngena kancane ingilazi ekamelweni;


2. Ingxenye yayo iboniswa ingilazi ngaphandle;


3. Imuncwe kancane ingilazi;


4. Ukushisa okumuncwe yingilazi kukhishwa ngaphakathi nangaphandle ngendlela yamaza amaza e-infrared.

I-Solar Transmittance: Iphesenti lamandla elanga adlula efilimini yefasitela.


I-Solar Reflectance: Isamba samaphesenti wamandla elanga aboniswa ifilimu yewindi.


I-Solar Absorptance: Isamba sephesenti lamandla elanga amuncwa ifilimu yewindi.


Ukudluliselwa Kokukhanya Okubonakalayo: Iphesenti lokukhanya okubonakalayo elidlula ngokuqondile kufilimu yewindi.


Ukukhanya Okubonakalayo Okubonakalayo: Iphesenti lokukhanya okubonakalayo elivela ebusweni befilimu yewindi.


Ukwenqatshwa kwe-Ultraviolet (UV): Iphesenti lemisebe ye-UV evinjwe ifilimu yewindi.


I-U-Value: Izinga lokulahlekelwa ukushisa elilinganiswa ngamayunithi we-British Thermal Units (BTU) ngehora ngonyawo lwesikwele ngefilimu yewindi.


I-Solar Heat Gain Coefficient (SHGC): Ukuqhathaniswa kokudluliswa kwamandla elanga ngefilimu yewindi enengilazi evamile engu-4mm.


Amandla Okuqina: Amandla adingekayo ukuphula ifilimu ngeyunithi yobubanzi.


I-Elongation at Break: Amaphesenti akhuphuka ngobude befilimu lapho ehlolwa ngokuphuka.


Amandla e-Peel: Amandla adingekayo ukuze kucwecwe ifilimu endaweni engilazi ku-90 noma 180 degrees.


Amandla Okubhoboza: Amandla adingekayo ukubhoboza ifilimu ngenaliti yokuhlola ekhethekile, enikezwe ngamaphawundi ngeyintshi yesikwele.

1. Energy Efficiency Booster

Heat-insulating window films repel summer heatwaves, block winter cold fronts, regulate indoor temperatures, reduce air conditioning and heating energy consumption, and save on electricity costs. Architectural heat-insulating films can block over 99% of ultraviolet rays, filter and block solar glare, prevent light pollution, and protect indoor furniture and materials from fading and aging.

2. Double Insurance for Buildings

Security window films can prevent natural disasters and human-induced damage. High-specification security films can effectively block bullets and withstand attacks with heavy weapons, serving as a "bulletproof vest" for financial and diplomatic institutions. Installing security films in shower rooms at home can keep glass fragments tightly bonded even if the glass breaks, preventing splintering and injuries. Invisibly, security films add an extra layer of safety protection to homes, providing a "double insurance" for residential safety.

3. Guardian of Privacy

Privacy window films, when viewed from the outside, shield visibility into the interior while allowing those inside to see outside, creating one-way visibility. This protects privacy and creates a confidential space. One-way visibility films also soften harsh light and prevent glare.

4. Artistic Decorator

Decorative films come in various colors and intricate patterns, offering diverse decorative effects. They not only enhance the appearance of living spaces but also improve the living and working environment. Decorative films are versatile and easy to apply, suitable for flat, curved, and spherical surfaces. They are cost-effective and make it exceptionally easy to cover defects or modify styles.

Ifilimu yokulawula ilanga yenziwe nge-PET (i-polyethylene terephthalate) njengento eyisisekelo futhi ikhiqizwa kusetshenziswa ubuchwepheshe obuphambili be-multi-layer metal sputtering, ubuchwepheshe be-vacuum, ubuchwepheshe be-ion, ne-fiziksi yefilimu encane, kanye nezindlela ezinhle zobunjiniyela bamakhemikhali. Lokhu kuyenza isebenze kahle kakhulu ekufakeni ukushisa, ibe nokushuba okuphezulu, ukunwebeka okuphezulu, nokumelana okuqinile nama-asidi nama-alkali. Ukwengeza, inikeza umbala ocebile nowemvelo. Imiphumela yokuhlolwa ikhombisa ukuthi ingavimba u-81% wamandla elanga. Uma amazinga okushisa angaphandle efinyelela ku-38-39 degrees Celsius, angehlisa izinga lokushisa ngo-3-5 degrees uma kuqhathaniswa nengilazi evamile, okuholela ekongeni kwamandla angaphezu kuka-30% ezindlekweni zesimo somoya. Kuyinto yokuphepha esezingeni eliphezulu futhi eyonga amandla.


1 Ukuvikelwa kwe-UV: Ukusebenzisa ifilimu yokulawula ilanga kungavimba u-99% wemisebe ye-ultraviolet (UV), kwehlise ngokuphawulekayo ukufiphala kwefenisha okubangelwa imisebe ye-UV futhi kwandise ukuphila kwefenisha nezinye izinto.


2 Ukuphepha Nokumelana Nokuqhuma: Ifilimu yokulawula ilanga inezinto ezimelana nokuqhuma, ivimbela ukulimala okubangelwa ukuphuka kwemvelo kwengilazi evamile nengilazi epholile, ngaleyo ndlela iqinisekisa ukuphepha komuntu siqu.


3 I-High Heat Insulation: Ngezinga lokushisa elifinyelela ku-79%, ungqimba olulodwa lwefilimu lulingana nodonga lwezitini oluwugqinsi luka-24 cm. Ivimba ngokuphumelelayo imisebe yokushisa kanye nokuqhutshwa kwamandla elanga, okuholela ekongeni ezindlekweni zesimo somoya. Ithuthukisa ukusebenza kahle kwamasistimu e-HVAC ngaphandle kwesidingo somthamo obizayo wokupholisa.


4 Ukuncishiswa Kwe-glare: Kwenza indawo yasendlini ibe ntofontofo futhi kusiza ukugcina izimo ezinethezekile zamehlo ngokunciphisa ukukhanya okuxhophayo lapho ubheka kusukela endlini kuya ngaphandle.

1) Ukuqhathanisa ne-Regular Glass:


Ezinye izakhiwo zomphakathi zinezilinganiso zodonga lwefasitela nodonga ezingaphezu kuka-20%, ukusetshenziswa kwamandla ngamafasitela okubala cishe u-50% wawo wonke amandla okusetshenziswa kwesakhiwo. Cishe u-75% wokulahlekelwa kwamandla ngamafasitela kubangelwa ingilazi, ikakhulukazi kumafasitela ane-shading coefficient (SC) ecishe ibe ngu-0.8 noma ngaphezulu. Lokhu kuholela kulokho okuvame ukubizwa ngokuthi "umphumela we-greenhouse" ngenxa yokwethulwa ngokweqile kwamandla elanga. Ukulungiswa okuyonga amandla ezakhiweni zomphakathi, ikakhulukazi amafasitela kanye ne-façi-ade, ibalulekile ekongiweni kwamandla. Ukulungiswa kabusha kwengilazi kwezakhiwo ezikhona kunikeza izinketho ezimbili eziyinhloko: ukufaka esikhundleni sengilazi ekhona ngengilazi eyonga amandla noma ukufaka ifilimu yokuphepha ye-architectural insulating. Lesi sakamuva siyisixazululo esisheshayo, esikahle, nesisebenzayo.


2) Ukuqhathanisa ne-Laminated Glass:


Ingilazi ene-laminated ngokuvamile isetshenziswa emabhange futhi inikeza isivikelo ekugqekezweni kanye nezinhlamvu. Kodwa-ke, inezindawo zokuvikela ukushisa ezingezinhle uma kuqhathaniswa futhi ayivimbi ngokuphumelelayo imisebe ye-ultraviolet (UV). Ingilazi ene-laminated inezinqubo zokukhiqiza eziyinkimbinkimbi kanye nezidingo eziphakeme zobuchwepheshe. Ngaphezu kwalokho, izindleko zezinto ze-PVB ezisetshenziselwa i-interlayer lamination ziphakeme kakhulu kunezindleko zengilazi ngokwayo. Ifilimu ye-architectural yengilazi kulula ukuyifaka, iyonga kakhulu, futhi inikeza ukusebenza okuhle mayelana nokufakwa kwe-thermal, ukudluliswa kokukhanya, nokuvikelwa kwe-UV. Ngemva kokufaka ifilimu, amandla engilazi anganyuswa izikhathi ezingu-4 kuya kwezingu-40 noma afinyelele imiphumela ephikisana nezinhlamvu, eqhathaniswa nengilazi ye-laminated.

There are many dangers associated with inferior architectural glass films. Some consumers may believe that there is no significant difference between cheap films and expensive ones. However, this is not the case.

Authentic glass films undergo professional testing, ensuring that the chemical components they contain pose no harm to the human body. They have passed relevant test reports. Consumers can request to see these test reports and other related procedures when making a purchase. Genuine glass films are exclusively produced abroad, accompanied by authentic and valid customs declarations and certificates of origin. These can be verified on the official website of the respective manufacturer. Inferior glass films not only result in wasted money but also pose health risks. In fact, inferior thermal insulation films exhibit several disadvantages, primarily in the following aspects:

(1) Shoddy and inferior high-transparency thermal insulation films offer poor thermal insulation performance. Customers can request on-site testing with relevant instruments to verify this.

(2) Inferior films have low clarity and lack an anti-scratch layer, making them less wear-resistant and unable to guarantee safety.

(3) Adhesives in inferior films may contain residual volatile formaldehyde, benzene, xylene, and other harmful substances, emitting a strong and pungent odor, thus seriously endangering human health. Relevant test reports can be requested to confirm this.

(4) UV blocking may not meet the standard in inferior films, and their colors can be dazzling, prone to fading, which is detrimental to appearance.

(5) The thermal insulation performance of inferior films is quite unstable, with the thermal insulation rate decreasing over time.

1. Coated glass: Coated glass is to coat one or more layers of metal, alloy or metal compound on the surface of the glass to change the properties of the glass. According to different characteristics, it can be divided into heat reflective glass and low-emissivity glass.

Heat reflective (sunlight control) glass is generally coated with one or more thin films composed of metals such as chromium, titanium or stainless steel or their compounds on the surface of the glass to make the product rich in color and have appropriate transmittance for visible light. It has high reflectivity for infrared rays and low transmittance for ultraviolet rays. Therefore, it is also called solar control glass. Compared with ordinary glass, the shading coefficient is reduced, that is, the shading performance is improved, but the heat transfer coefficient is not changed much.

Low-emissivity (LOW-E) glass is a thin film composed of multiple layers of silver, copper or tin and other metals or other compounds coated on the glass surface. The product has high transmittance of visible light and high reflectivity of infrared rays. Good thermal insulation performance, due to the poor strength of the film layer, it is generally made into insulating glass and not used alone.

2. Insulating glass: Insulating glass is made of two or more pieces of glass framed by an aluminum hollow frame and sealed by cementing or welding. A free space is formed in the middle, which can be filled with dry air or inert gas. Its heat transfer coefficient U is The single-layer glass is small and has good thermal insulation performance, but its shading coefficient SC decreases very little and the heat reflectivity of solar radiation does not improve much.

Isihluthulelo sokuthuthukisa ukusebenza kwengilazi okungaqhumi ukunciphisa amandla omthelela angaphandle, okufezwa ngokuyinhloko ngezici ezimbalwa.:


1 Ukusebenzisa isendlalelo sokunamathisela kanye nokunameka kwensimbi ukuze kuthuthukiswe ukuqina kwengilazi, okusiza ukusabalalisa amandla omthelela endaweni yonke. Izinsimbi ziyaziwa nge-ductility yazo enhle nokuqina, ngakho ukugqoka kwensimbi kungasusa ngempumelelo futhi kuhlakaze umthelela. Ngisho noma ingilazi iphahlazeka, insimbi engaphakathi kwefilimu yengilazi ikhiqiza amandla aqinile futhi, kanye nongqimba olunamathelayo, ibamba izingcezu zengilazi endaweni yazo, izivimbele ukuba zingaqhekeki futhi ziqinisekise ngempumelelo ukuphepha komuntu siqu nempahla.


2 Ngokuvumela izinhlayiya eziyingqayizivele ezingaphakathi kwe-interlayer yefilimu ukuthi zishibilikele zodwa, ihlakaza amandla omthelela adluliswa ngengilazi aye kufilimu yezokuphepha, inikeze isivimbeli ngokumelene nemithelela eminingi futhi idale ukumelana komthelela okuyingqayizivele. Ngaphezu kwalokho, uma ifilimu inamathela isikhathi eside, isibopho phakathi kwefilimu nengilazi siba namandla. Kulinganiselwa ukuthi lokhu kungathuthukisa amandla engilazi izikhathi ezingu-2-7, kuvimbele ngempumelelo ingilazi ukuthi ingaphahlazeki futhi ibangele ukulimala ngenxa yemithelela yangaphandle.


3. Izinto eziyinhloko ezihlanganisa ifilimu, ifilimu esekelwe ku-polyester, yaziwa ngokuphikisana nokushisa, ukuqina, ukuqina okuphezulu, ukumelana nomswakama, nokumelana nokushisa okukhulu. Ingakwazi ukumunca kakhulu amandla omthelela wangaphandle, ifinyelele umphumela wokuphepha.

Umlando wokuthuthukiswa kwefilimu yefasitela yengilazi awunakuhlukaniswa nomlando wokuthuthukiswa kwezinto zayo zokusetshenziswa kanye nemishini yokucubungula, ikakhulukazi umlando wokuthuthukiswa kobuchwepheshe be-vacuum evaporation coating.


I-United States yaqala ukwenza ifilimu yengilazi yengilazi eyenziwe nge-polyethylene (iphepha letiye) ngeminyaka yawo-1960. Ngaleso sikhathi, izakhiwo eziningi zazisebenzisa ingilazi evamile yokuntanta, futhi ukusetshenziswa kwamandla okubangelwa umnyango nengilazi yefasitela kwakungaphezu kwe-1/3 yesakhiwo sonke. Lapho abantu bedlulisela izinto zolwelwesi ezisetshenziswa endaweni yendiza ezicabheni namafasitela zokwakha, bathola ukuthi zingathuthukisa kakhulu izinga lokushisa elishisayo kanye nezakhiwo zokonga amandla. Ngakho-ke, izinkampani ezinkulu zaqala ukwenza ucwaningo kumafilimu efasitela engilazi. I-3M Company yakhipha ilungelo lobunikazi lokuqala lefilimu yokufakwa kwelanga ngo-1966. Inkinga kagesi emhlabeni wonke ngo-1970 yenza abantu basheshisa ukwakhiwa kwamafilimu engilazi. Inqubo yokumboza i-vacuum evaporation yasetshenziswa kumafilimu esisekelo se-PET, athuthuke kakhulu kubuchwepheshe befilimu yewindi lengilazi.


Ngo-1977, i-Deposition Technology, Inc. (I-Deposition Technology, Inc. yase-United States) (inkampani yatholwa yiBelgian Bekaert Group ngo-1991 ukuze yakhe i-Bekaert Special Coating Company) yasebenzisa ukukhiqizwa okuthuthukisiwe kwe-magnetron sputtering e-U.S. I-Air Force kanye ne-NASA. Ubuchwepheshe bethulwa embonini yefilimu yefasitela lengilazi, futhi ekuqaleni kwawo-1980 kwaba umkhiqizi wokuqala emhlabeni ukusebenzisa inqubo ye-magnetron sputtering ukukhiqiza amafilimu ewindi lengilazi.