Kubomi bemihla ngemihla, ukusetyenziswa kwefoyile ye-aluminium yonyango kuninzi kakhulu kwaye kuvuthiwe, ukupakishwa kwechiza ngokubanzi kwiivenkile zeziyobisi kukwimo yefoyile ye-aluminiyam. Ukusetyenziswa okuphambili kweyeza iindawo zefoil capsules, iipilisi, ukupakishwa kwamadyungudyungu, kunye namasuntswana omgubo, ukupakishwa kwengxowa yamanzi. Iifolthi zamachiza zizinzile kwiikhemikhali kunye neempawu zomzimba kwaye zinokuqhagamshelwa ngokuthe ngqo njengebakala lokutya. Ngenxa yale nto, ilizwe lineemfuno ezingqongqo kwimbonakalo kunye nokusebenza kweefoyile zamayeza, kunye nenyathelo ngalinye lenkqubo yokuvelisa iifoyile zamachiza kufuneka zilawulwe ngokungqongqo.

Izinto zokupakisha zefoyile ye-aluminiyam ye-PTP yeyeza ngokubanzi 8011 I-alloy foil enobunzima be-0.02mm kunye ne-alloy state ye-H18. Inkqubo jikelele ngolu hlobo lulandelayo: ukuhlolwa kwebillet → ukuqengqeleka → ukuqengqeleka → ukuqengqeleka → ukusika → ukujonga, ukupakisha, kunye nogcino. 3 mm(H14) →0. 145 mm→01072mm→0. 032 mm→2 × 0.02 mm(H18). Inkqubo yokuqala neyesibini iqengqeleka kwilitye lokusila (roll isithsaba 0. 09 mm, Ra ixabiso na 0. 3μm). Ukuphumelela kwesithathu kunye nesine kuqengqeleka kumqulu ophakathi (roll isithsaba 0. 10 mm, Ra ixabiso na 0. 15μm), enokuguqulwa ngokweemfuno ezithile zemveliso. Ixesha lokuqengqeleka kwenkqubo nganye likwahlukile.

Eyona nkqubo iphambili yokuveliswa kwefoyile kukudibanisa ngokufanelekileyo izinto ezahlukeneyo phantsi kolawulo lweeparamitha ezithile zetekhnoloji.. Kule nkqubo, i-adhesive igubungele kumphezulu wefilimu ye-aluminium yokuqala, umgangatho wefilimu unokuchaphazela ngokuthe ngqo amandla okutywinwa kobushushu bemveliso. Kule nkqubo, iiparameters ezibaluleke ngakumbi ziquka isantya sokwaleka, ubushushu becandelo lendlela yokomisa, imilo, ubunzulu, inombolo yomgca, kunye nesikhundla kunye ne-angle ye-scraper ye-coating roller.

Kuyo yonke inkqubo, isantya sokugquma simisela ixesha lokumisa lokugquma kumjelo wokumisa. Ukuba isantya sokugquma sikhawuleza kakhulu kwaye ubushushu bokumisa buphezulu kakhulu, i-solvent kwindawo yokwaleka iya kunyuka ngokukhawuleza kakhulu, kubangele i-solvent eseleyo kwifilimu. Ukomisa kwengubo akwanele, kwaye kunzima ukwenza umaleko owomileyo nowomeleleyo wokuncamathelisa. Le meko ilula ukuchaphazela amandla okutywinwa kobushushu bemveliso, okubangela ukuncamathela phakathi kweeleya ezahlukeneyo zeemveliso.

Ngexesha lokusetyenzwa kwe-applicator roll checker shape, ubunzulu, inombolo yomgca, kunye nendawo ye-scraper, I-angle inquma ubukhulu befilimu yokugqoka kunye nokufana, inkqubo, ukuba ukhetho ekukhetheni olungafanelekanga okanye uhlengahlengiso lunokutenxa, iglu ayinakugqunywa ngokulinganayo kwi-membrane ye-aluminiyam yefoil yokuqala ebangelwa ngumphezulu ongalinganiyo, oku kuya kuchaphazela umphumo wokutywinwa kobushushu beemveliso, Amandla efoyile ye-aluminiyam eveliswayo nawo aya kuchaphazeleka. Kule meko, kusenokwenzeka ukuba kuya kuba nzima ukuhlangabezana nomgangatho ofanelekileyo wokwaleka kwihlabathi jikelele, Umahluko jikelele kufuneka ube ngaphantsi kwe ± 12.5%. Ngoko ke, kuyimfuneko ukugqiba inkqubo yokugquma i-adhesive layer ngokungqinelana nemilinganiselo echazwe yi-factory., ukuze kuqinisekiswe ukuba ifilimu iyafana kwaye yomelele.