Ukuze ufumane umgangatho ogqibeleleyo we-RFID yeleyibhile yephepha lokuzincamathela, ukongeza ekuqwalaseleni iitshiphusi ezikumgangatho ophezulu kunye nee-eriyali, ukhetho olufanelekileyo lwezixhobo zobuso beleyibhile nalo likhonkco elibaluleke kakhulu. Izinto ezingaphezulu zingumthwali womxholo wokushicilela ileyibhile. Ngokwezinto zayo, zinokwahlulwa zibe liphepha lobugcisa, i-PET, iphepha le-thermal, iphepha elithambileyo, iphepha le-PP lokwenziwa, i-PVC, i-thermal transfer transfer paper, i-adhesive paper ekhutshwayo, iphepha lokubhala, ifilimu yeperile, njl. kwiithegi zeRFID ukukunika ukwazisa okuneenkcukacha.
1. Iphepha lobuGcisa
Iphepha lobugcisa elaziwa ngokuba liphepha loshicilelo eligqunyiweyo. Yeyona nto isetyenziswa kakhulu kwindawo kwiithegi zeRFID. Liphepha eliphezulu lokuprinta elenziwe ngesiseko sephepha elisezantsi kunye nomhlophe omhlophe. Iimfuno zephepha elisisiseko eligqunyiweyo bubunzima obufanayo, ukunwebeka okuncinci, amandla aphezulu kunye nokuxhathisa okuhle kwamanzi. Akukho mabala, imibimbi, imingxuma kunye nezinye iziphene zamaphepha kumphezulu wephepha. Ipeyinti esetyenziselwa ukugquma iqulethwe ngamabala aphezulu amhlophe, i-adhesives kunye ne-additives encedisayo.
Iimpawu: Ayinamanzi, ayinabungqina beoli, kulula ukuyikrazula. Ukukrwela ngamandla phezu kwephepha, akukho mkrwelo ucacileyo phezu komhlaba. Kukho imatte, ecacileyo kwaye eqaqambileyo.
Umda wesicelo: ukuleyibhelishwa kwebhokisi yangaphandle, ulawulo lwe-inventri, ulawulo lwekhonkco lokubonelela, i-hangtags yempahla, ulawulo lwe-asethi, ulawulo lwempahla, njl.
Phakathi kweempawu ezahlukeneyo zehlabathi, iphepha lobugcisa lika-American Avery Dennison kunye neJapan Oji Paper zineempendulo ezilungileyo zomsebenzisi, ngakumbi iphepha lobugcisa laseMelika le-Avery linomsebenzi ogqwesileyo. Iphepha layo elimhlophe eli-Ultra-smooth non-coated liyimathiriyeli ebalaseleyo yoshicilelo lokudluliselwa kwe-thermal. Iileyibhile zephepha lobugcisa beRFID eziveliswe nguNanning XGSun zonke zithengwe kumazwe angaphandle ukusuka kwiphepha lobugcisa lika-Avery Dennison, kwaye ubukhulu buqhele ukuba yi-80g. Ubunzima be-hangtag bunamacala amabini angama-200g ephepha eligqunyiweyo. Inkampani yethu ilungiselele iilebhile ze-UHF RFID kunye nee-hangtag zeWalmartiiprojekthi, kwaye ezi thegi ziyahambelana nesatifikethi se-ARC.
2. Iphepha leThermal
Iphepha le-Thermal elikwaziwa njengephepha lefeksi elishushu, iphepha lokurekhoda nge-thermal, iphepha lokukopa elishisayo kunye nephepha elinovakalelo lwe-thermal. Iphepha le-Thermal luhlobo lwephepha elicwangcisiweyo. Umgaqo wayo wokuvelisa ukugqoka umaleko "wepeyinti evakalelwa ukushisa" (ubushushu obunobushushu obutshintsha umbala) kwiphepha lesiseko eliphezulu. Ukugquma komphezulu kuqhagamshelwane ngqo nentloko yoshicilelo evelisa ubushushu, ijika ibe mnyama ngenxa yokusabela kweekhemikhali xa ibonakaliswe kubushushu, ngaloo ndlela ibonisa umbhalo oza kushicilelwa.
Iimpawu: Ayinamanzi, ayinabungqina be-oyile, kulula ukuyikrazula, ukuba ukrwela umphezulu wephepha ngamandla, kuya kubakho imikrwelo emnyama ecacileyo (ngoko ikwabizwa ngokuba liphepha lokuhambisa i-thermal)
Umda wesicelo: Isetyenziswa kakhulu kwiilebhile ezikwizikali ze-elektroniki kwiivenkile ezinkulu, uhlobo lwephepha elishushu kwiirejista zekheshi, njl. njl. Ikwalungele iilebhile ezikwiishelufu ezifana nokugcinwa okubandayo kunye neefriji.
IIthegi ye-RFID yomthwalo womoya ithunyelwe kumazwe angaphandle yi-XGSun kutsha nje isebenzisa iphepha elidityanisiweyo le-thermal njengemathiriyeli yomphezulu wayo, eyimathiriyeli yephepha eshushu kakhulu. Le tag inokuprintwa kwaye ibhalwe kwidatha yangaphakathi ngokweemfuno zabathengi.
3. IPP Synthetic Paper (Synthetic Paper)
Iphepha lokwenziwa kwePP lenziwe nge-bidirectional stretch of polyolefin material kunye ne-inorganic filler material. Igcina izibonelelo zezinto zeplastiki, kwaye kwangaxeshanye inokuprintwa okuhle kakhulu kwephepha. Izinto ezingaphezulu zinokubonelela ngesisombululo soshicilelo somgangatho ophezulu kunye noshicilelo lweglosi, ubumhlophe obuphezulu kunye neemveliso ezihlala ixesha elide.
Iimpawu: ukuthungwa okuthambileyo, ukomelela okuqinileyo, akukho lula ukukrazula, ukungenwa ngamanzi, ukungqinwa kwe-oyile, ukumelana nokukhanya kunye nokumelana nobushushu, kunye nokumelana nokubola kweekhemikhali ngaphandle kokungcoliseka kwendalo, ukuphinda kusetyenziswe. Yimatte.
Umda wesicelo: Isetyenziswa kakhulu kushicilelo lwemisebenzi yobugcisa ephezulu, iimephu, iialbham zemifanekiso, iincwadi ezinesiphelo esiphezulu kunye namaphepha-ncwadi, njl.njl. Phakathi kwee-odolo zenkampani yethu kwiminyaka yakutshanje, iileyibhile ze-UHF RFID zephepha le-PP zokwenziwa zixhaphake kakhulu. isetyenziswe kwiIileyibhile zamatayara eRFID,Iithegi ze-RFID ze-windshield, iilebhile zolawulo lwe-asethi ye-RFID kunye neethegi zobucwebe be-RFID.
4. PET
I-PET sisishunqulelo se-Polyethylene terephthalate, eneneni yimathiriyeli yepolymer. I-PET inobulukhuni obulungileyo kunye no-brittleness, inokumelana nobushushu obuthile obuphezulu, ixhathise imekobume erhabaxa, kwaye ixhathise ukubola yimichiza efana neeasidi kunye neealkali. Ilungele kakhulu iileyibhile zangaphandle kunye neeleyibhile ezineemfuno zomgangatho ophezulu. I-polyester imathiriyeli incinci kodwa yomelele, kwaye umphezulu we-coat ilungile kwi-inki yokuncamathela, kodwa idinga ukukhanya kwe-UV ukunyanga ngexesha lenkqubo yokushicilela. I-adhesives ephezulu yokusebenza ifanelekile kwiindawo ezahlukeneyo, kwaye isetyenziswe kwiilogo zemveliso emva kokucubungula kunye nokushicilela.
Iimpawu: akulula ukukrazula, izinto eziqinileyo, ukumelana nobushushu obuphezulu, ubungakanani obuzinzile, i-opacity kunye nokumelana nokubola kweekhemikhali, ukuthotywa kwemvelo okulungileyo, okufanelekileyo ukwenza iilebhile ezahlukahlukeneyo ezihlala ixesha elide. Imibala eqhelekileyo yisilivere ye-matte, i-matte emhlophe, isilivere eqaqambileyo, imhlophe eqaqambileyo kunye ne-transparent.
Ubungakanani besicelo: I-PET ifanelekile ukwenza iilebhile ezahlukeneyo ezihlala ixesha elide. Uninzi lweXGSun'sIileyibhile zobucwebe be-RFIDsebenzisa i-PET njengesixhobo sobuso beleyibhile.
Ixesha lokuposa: Feb-27-2023