Yintoni Umahluko phakathi koShicilelo lweUV kunye noShicilelo oluqhelekileyo?

Ukuqwalasela indlela itekhnoloji eyibumba ngayo imarike, icandelo loshicilelo liyachuma kakhulu kunangaphambili. Amashishini ngoku adala iindlela ezintsha zokuprinta izimvo kunye nokuqinisa isibambiso, iidemos, kunye nezinye iintlobo zemidiya.

Kumashishini amaninzi, ushicilelo lwe-UV lolona khetho lulandelayo kushicilelo oluqhelekileyo kwaye yenye yetekhnoloji entsha eye yaguqula indlela amashishini apapasha ngayo izimvo. Ukuprintwa kwe-UV bekungaziwa kude kube kutshanje. Ngenxa yeengenelo zayo ezininzi ngaphezulu koshicilelo oluqhelekileyo, ushicilelo lweUV ludumile ngoku phakathi kwabashicileli.

Ii-inki kunye nenkqubo yokomisa ehambelanayo itshintsha kwisiqhelo kunye noshicilelo lwe-UV, nangona inkqubo yoshicilelo iphantse yafana kuzo zombini iimeko.

Ushicilelo lweUV – Inyaniso Yatyhilwa

I-inki ye-UV isebenzisa ukukhanya kwe-UV ukomisa i-inki ngokukhawuleza njengoko inxibelelana nemathiriyeli oyisebenzisela ukuprinta, ngokungafaniyo ne-inki yesintu, esebenzisa iindlela zokushicilela ezixhomekeke kubushushu ukuze kuqiniswe izinyibilikisi eziphuma ngumphunga, ii-pigments, kunye nezibophelelo. Ukukhanya kwayo kwe-UV kunika inkqubo yakho yokuprinta umda wokukhuphisana ngeendlela ezininzi, nokuba kushicilelwa ephepheni, i-aluminium, i-acrylic, iibhodi zogwebu, okanye nayiphi na imathiriyeli efanele umshicileli we-UV.

Xa ukukhanya kwe-ultraviolet kubetha i-inki ye-UV kubude obuthile, isabela ngokwekhemikhali ngemibala, izibophelelo, kunye neziqalisi zeefoto ukuvelisa isiphumo sekhonkco elidibanisayo. I-inki ye-UV iyaqina kuyo yonke le nkqubo, nto leyo eyenza ukuba leyona ndlela intsha yoshicilelo kumashishini amaninzi.  

Yintoni eyahlula uShicilelo lweUV kuShicilelo lwesiNtu?

Unako ukuxolelwa ukuba awuzange uve nge-elektroniki ye-UV yoshicilelo. Kukho iintlobo ngeentlobo zeenzuzo kuzo zombini inkampani yomshicileli kunye nomsebenzisi wokugqibela. Ngoko abavelisi abaninzi kunye nabashicileli baqala ukunika obubuchwephesha obutsha. Ushicilelo oluqhelekileyo kunye ne-UV lufuna ukuprinta; Umahluko ophambili phakathi kwezi zimbini zii-pigments kunye neenkqubo zokomisa ezisetyenzisiweyo.   Ii-inki zokunyibilikisa zisetyenziswa kushicilelo lwe-offset oluqhelekileyo. Nangona kunjalo, ayilona khetho oluluhlaza kakhulu kuba bachitha emoyeni kwaye bakhulule ii-VOCs (i-Volatile Organic Compounds).

Ngamanye amaxesha kusetyenziswa umgubo wokutshiza. Ngenxa yoko, iyayikhawulezisa inkqubo yokomisa, nangona ukwenza njalo kunokunciphisa umbala wendalo kwaye kuyinike imbonakalo eyoyikisayo. Ububi bokusebenzisa ii-inki eziqhelekileyo kukuba azisetyenziswanga kwezinye izinto ezifana neefoyile, iiplastiki, okanye ii-acrylics kuba zibandakanyiwe kwiphepha.

Xa kuthelekiswa ne-inki yephepha lemveli, ii-inks ze-UV zisebenza ngokwahlukileyo kakhulu. Iinki ze-UV zome ngenkqubo ye-photomechanical ngokuchasene nokufunxwa.

Ukukhanya kwe-UV kusetyenziswa kwi-inki ngexesha lokushicilela, ngokukhawuleza ukuguqula ulwelo kwimeko eyomileyo. Le ndlela ibangela ukuba phantse kungabikho inki yokufunxwa ephepheni kunye nokunyuka kwe-solvent encinci ibe ngumphunga. Kubandakanya ntoni ke ngoko? Ithetha ukuba kuyenzeka ukuprinta phantse kuwo nawuphi na umphezulu kunye nento! Oko kukodwa kuyinzuzo ebalulekileyo.

I-UV yoma ngoko nangoko xa ibamba, ukuze ingatyibiliki okanye iqhume. Ngokungafaniyo noshicilelo lwemveli, eyona nto ilungileyo kukuba awunyanzelekanga ukuba ulinde iintsuku ezininzi ukuze umsebenzi wome.

Kutheni ukuprintwa kwe-UV kuphuculwe ngakumbi ngoku?

Ukongeza ekwenzeni abashicileli phambili, ukusebenzisa i-inki ye-UV ivula umendo weendlela eziphuculweyo zoshicilelo kunye nezenzo ngokubanzi kuba ifuna amandla amancinci ukunyanga i-inki. Lukhetho olunobuhlobo ngokubonakalayo kokusingqongileyo kuba alwenzi kuphela ukusetyenziswa kwamandla akho kodwa alukhuphi izinyibilikisi emoyeni.

I-Ink iphilisa ngokukhawuleza ngoshicilelo lwe-UV, ivumela iinkampani ukuba zivelise ngokukhawuleza ngaphandle kokuncama umgangatho. Ekubeni kungekho zinyibilikisi zibandakanyekayo, imveliso ayisayi konakaliswa ngokuhamba kwexesha, nto leyo eyenza ilungele iiprojekthi ezihlala ixesha elide. Xa Ushicilelo lweUV lusenza eyona ngqiqo

1. Xa Kufuneka Uprinte Ngokukhawuleza

Kuba i-inki ye-UV inokuqina kamsinya nje yakuba ichukumise iphepha kwaye ushicilelo lwemveli lufuna inkqubo yokuguquka kwamanzi, ushicilelo lwe-UV lolona khetho lufanelekileyo kwimisebenzi engxamisekileyo kuba inexesha elikhawulezayo lokuguqula.

2. Xa ufuna ukuJonga okuKhethekileyo

I-inki ye-UV inokuprinta imifanekiso eyahlukeneyo ngaphandle kokukhathazeka ngokukrala kwaye yome ngokukhawuleza. Ukugquma kwe-UV kunokunciphisa i-abrasions, iqinisekisa ukuba iiprojekthi ezifuna imizobo ebukhali okanye ukugqitywa kwesilika ziphuma ngokungenasiphako.

Eyona Printa ye-UV ye-LED igqwesileyo 2022

Ngoku ekubeni uyazi yonke into malunga nomshicileli we-UV LED, inqanaba elilandelayo liya kuba kukuthenga egqibeleleyo   Inkqubo yokushicilela i-UV Led   kuwe. Ewe, ukuba uza kukhangela iingcebiso zethu, ngokuqinisekileyo sinomsebenzi wobugcisa kuwe. Egqibelele Inkqubo yokushicilela i-UV LED ngokukhokela   Abavelisi be-UV Led . I Zhuhai Tianhui Korea Seoul Amandla aPhakamileyo SMD 6868 UV A LED yokunyanga UV   lukhetho olufanelekileyo. Kwaye nantsi isizathu!

https://www.tianhui-led.com/zhuhai-tianhui-korea-seoul-viosy-365nm-385nm-395nm-405nm-420nm-four-chip-15w.html

Isenzo sangoku esiphakamileyo kunye nezicelo eziphezulu kakhulu zokukhupha amandla kugxininiso lwamandla aphezulu e-UV LED uthotho. Isebenzisa izinto eziphantsi zokumelana ne-thermal kunye noyilo lwamva nje lwe-SMD.

Iimpawu kunye neeNzuzo:

Nazi iingenelo zalo mvukeli Inkqubo yoShicilelo ye-UV LED.

·  ukuxhathisa ubushushu obuncinci

·  Uhlobo lwe-SMT

·  Yenzelwe ukusebenza ngokuphezulu kwangoku.

Ungayithenga phi le Nkqubo yoShicilelo ye-UV ye-LED?

https://www.tianhui-led.com/uv-led-system.html

Ngoluhlu olupheleleyo lwemveliso, umgangatho ongaguqukiyo, ukuthembeka, kunye neendleko ezifikelelekayo, iTianhui Electronic ibisebenza Imodyuli ekhokelayo ye-UV   imarike.  

Abavelisi abakhokelweyo be-UV   ibonelele ngeenkonzo kubathengi kumazwe angaphezu kwama-50 kwiminyaka engama-20 edlulileyo.   Ngo-2002, Zhuhai Tianhui Electronic Co., Ltd.   yasekwa. Oku yi Abavelisi be-UV LED   , inkampani yobuchwepheshe obuphezulu obukhethekileyo kwi-UV ye-LED yokupakisha kunye nokubonelela ngesisombululo kuluhlu lwezicelo ze-UV ze-LED.

Idibanisa uphando kunye nophuhliso, imveliso, ukuthengisa, kunye nokubonelela ngesisombululo se-UV LED.

I-Tianhui Electric isebenze Imodyuli ekhokelayo ye-UV   ngokupheleleyo Umenzi okhokelwa yi-UV ukubaleka, umgangatho ongaguqukiyo nokuthembeka, kunye neendleko ezifikelelekayo. Ukusuka kubude obufutshane ukuya kumaza amade, iimveliso zibandakanya i-UVA, UVB, kunye ne-UVC, egcweleyo Imodyuli ekhokelweyo   ukusuka kumandla aphantsi ukuya phezulu.

Ukugqitywa

Kucacile ukuba kutheni ushicilelo lwe-UV luye lwawadlula amanzi emveli- kunye neenkqubo zokomisa i-thermal conduction esekelwe kwi-solvent kwaye kutheni kuyimfuneko ukugcina imfuno. Ukongeza ekunyuseni umgangatho wemveliso, nto leyo ekhokelela ekubeni kuveliswe okuninzi ngexesha elincinci, indlela iphinda ithobe amazinga okwaliwa ngenxa yokuphuculwa komgangatho.

Ekubeni amathontsi e-inki emanzi agxothwa endaweni yokomileyo, akukho kuthambisa okanye ukucinywa, kwaye ekubeni ukomisa kuthatha phantse akukho xesha konke, akukho kuthotywa kobunzima bokugquma okanye ubungakanani ngenxa yokuphuma komphunga.