Abanye abathengi banokuba neengxaki ezifana nefuthe elibi laminating xa usebenzisaifilimu ye-thermal lamination. Ngokwenkqubo yokusebenza, umgangatho weifilimu edibeneyoi-laminating ichaphazeleka kakhulu zizinto ezi-3: ubushushu, uxinzelelo kunye nesantya. Ke ngoko, ukulawula ngokuchanekileyo ubudlelwane phakathi kwezi zinto zi-3 kubalulekile ekuqinisekiseni umgangatho weifilimu yokugquma kwangaphambilii-laminating kunye nefuthe layo kwimveliso esezantsi.
Ubushushu:
Yinto yokuqala engundoqo. I-adhesive esetyenziselwa iifilimu yokushisa i-laminatingIncamathelisa inyibilika eshushu. Iqondo lobushushu limisela imeko yokunyibilika kwencamathelisa enyibilikayo eshushu, ukusebenza kwayo komgangatho, amandla okusasaza phakathi kweemolekyuli ezincamathelayo ezinyibilikayo ezinyibilikayo kunye nefilimu, umaleko we-inki, i-substrate yephepha, kunye nekristale yokuncamathelisa okutshisa okunyibilikayo. Kuphela ngokulawula ngokuchanekileyo iqondo lobushushu kwindawo yokusebenza apho ungqimba oluqinileyo olunamathelisa anyibilikayo lunokunyibilika kwifilimu lunyibilike ngokupheleleyo lube yimeko equkuqelayo, kunye ne-fluidity efanelekileyo, ukufezekisa ukumanzisa kunye nokunamathela kumphezulu wento eprintiweyo. Kwangaxeshanye, kuqinisekiswa ukuba uphiliswe ngoko nangoko emva kokuba i-lamination, ukwenzela ukuba imveliso elaminethiweyo igudileyo kwaye ikhazimle, i-adhesive layer ixutywe kakuhle, ingabikho i-creases, kunye ne-inkino enokuhluthwa.
Uxinzelelo:
Ngelixa ulawula ngokufanelekileyo iqondo lobushushu lelamination, uxinzelelo olufanelekileyo kufuneka lufakwe. Oku kungenxa yokuba umphezulu wephepha ngokwawo awusicaba kakhulu. Kuphela phantsi koxinzelelo olunokuthi i-adhesive eshushu iyancibilika imanzise ngokupheleleyo umphezulu woshicilelo ngokukhupha umoya. Oku kuvumela iimolekyuli ze-colloidal ukuba zisasaze kwaye zidibanise kunye ne-inki layer kunye nemicu yephepha, ukufezekisa ukubambelela kakuhle kunye nokugubungela ngokupheleleyo yonke indawo yemveliso eprintiweyo. Isiphumo yinkangeleko ekhazimlayo, akukho nkungu, ibhondi egudileyo, akukho mikrolo, kunye nokuncamathela kakuhle. Ngokwandisa ngokufanelekileyo uxinzelelo phantsi kweemeko ezingasongekiyo, amandla okuphilisa i-thermoplastic ye-adhesive eshushu enyibilikayo ingasetyenziswa ngokupheleleyo ukuze kuqinisekiswe ukuba imveliso elaminethiweyo inokuchasana okunamandla kwiintlobo ezahlukeneyo ze-peeling kunye nefuthe leempembelelo (ezifana ne-indentation kunye ne-bronzing) ngexesha lokudibanisa. ubuchule benkqubo. inkqubo yokulandelela. Oku kuqinisekisa ukuhambelana okugqibeleleyo kwisakhiwo sangaphakathi kunye nesimo somphezulu weprints laminated.
Isantya:
I-Paper laminating yintshukumo edibeneyo kwinkqubela phambili enamandla. Isantya sokuhamba sinquma ixesha lokuhlala lezinto ezidibeneyo zephepha-plastiki kwi-interface yokusebenza ngexesha lenkqubo ye-thermocompression bonding. Ikwamisela ixabiso legalelo lobushushu kunye noxinzelelo kwinkqubo yokuveliswa kwamaphepha-plastiki kunye nesiphumo sangempela esifunyenweyo. Xa ukushisa kwe-lamination kunye noxinzelelo luhlala luhlala, utshintsho lwesantya luya kuchaphazela umphumo we-lamination. Ngenxa yomlinganiselo ophezulu wokushisa kunye nokunciphisa uxinzelelo, umphumo uya kutshintsha kuphela kwicala elingaphantsi kwexabiso elimiselweyo. Njengoko isantya sanda, umphumo uya kuncipha kakhulu, uxinzelelo lobushushu luya kuba buthathaka, kwaye ukuba isantya sokuhamba sihamba ngokukhawuleza, siya kubangela ukuba amandla okubambelela abe buthathaka, okukhokelela kwi-atomization. Ukuba icotha kakhulu, ayisebenzi kwaye inokubangela ukugcwala. Ke ngoko, isantya sokubaleka seifilimu yokubeka i-laminating yangaphambiliimisela ixesha lokudityaniswa kweifilimu ye-thermal laminatingkunye noshicilelo lwephepha.
Awona maxabiso obushushu, uxinzelelo, kunye nesantya zonke zinoluhlu oluthile. Ukufumana ixabiso elingcono ekusebenzeni kubaluleke kakhulu ukuqinisekisa ukuba umphumo we-lamination weifilimu eshushu ye-laminationkunye nokudala iimeko ezifanelekileyo kwiinkqubo ezilandelayo ezifana nezigqubuthelo zokubopha kunye nemiqolo.
Ixesha lokuposa: Aug-01-2023