Ubani ocansini obuhle angaphuzi ngokuziqhayisa ngezipikili ezihlotshiwe kahle? Sicabanga ukuthi abaningi abesifazana abanjalo. Kodwa inkathazo yukuthi abesifazane abasebenzayo, ngisho nomndeni obhekene naso, abahlale bephethe isikhathi sokuthola umuthi . Kodwa ungaphelelwa yithemba, ngemuva kokuba yonke inkampani CND kakade isikhathi eside iye yajabulisa umhlaba nge amahle gel-varnish, abakwazi ukugcina izinhlamvu zemini hhayi ngosuku hhayi ezimbili, futhi amasonto aphelele kanye nengxenye emibili. Futhi yini engajabuliyo kodwa ukujabula - ukusebenzisa i- shellac (okungukuthi igama lomntwana we-CND) akudingi ukuya e-salon, ungenza nezipikili ekhaya. Into kuphela okumelwe ithengwe isibani esikhethekile sokomisa shellac, ngoba ngaphandle kwalo, i-gel ayikwazi ukuyi polymerize.
Yisiphi isibani esidingekayo sokomisa shellac?
Ukuze ugcizelele i-shellac ezipikili, kuyadingeka isikhathi esithile ukuyibeka emisebeni yohlu lwe-ultraviolet. Ngaphansi kwethonya labo, u-shellac uzothola ubunzima obudingekayo nokukhanya okukhazimulayo. Kuze kube manje, ungasebenzisa izibani ze-LED noma izibani ze-UV zamandla ahlukene zokomisa i-shellac. Akukufanele ngisho nokuzama ukusula umshini we-shellac nje emoyeni, njengokujwayelekile kwe-nail polish - i-gel-lacquer izohlala ibukeka kahle.
Yisiphi isibani esingcono ku-shellac?
Ngakho-ke, luhlobo luni lwesibani oluzokwenza kangcono ngokumisa shellac - i-LED noma i-fluorescent? Ngokuvamile, ngokuphathelene nekhwalithi yokumiswa kwezingxenye ezithile zezingubo ze-gel-varnish, cishe akunalo umahluko phakathi kwalezi zinhlobo ezimbili zezibani. Futhi izibani ze-UV ze-fluorescent nezibani ze-LED zimelele kahle ngokufanayo. Umehluko phakathi kwabo kuphela ngesikhathi abhekana ngayo nalokhu kusebenza kanye nenani lesibani ngokwayo. Izibani ze-fluorescent zithengeka kakhulu kunezihlobo zazo ze-LED, kodwa ukuma kwezinzipho kuzo kuzothatha isikhathi eside (kusukela ku-1.5 ukuya kumaminithi angu-4 ungqimba ngamunye). Ngaphezu kwalokho, zenzelwe amahora amancane omsebenzi, emva kwalokho izibani eziqukethe i-mercury zidinga ukulahlwa okukhethekile. Izibani ze-LED zibhekene nokumiswa kwe-shellac ngokushesha (imizuzwana engu-10 kuya kwangu-30 kwendlalelo ngayinye), enezikhathi ezithile ezikhethekile, zihlala isikhathi eside, kodwa izindleko zabo ziyi-oda eliphakeme kakhulu.
Zingaki ama-watts kufanele kube khona isibani se-shellac?
Futhi ekugcineni, amagama ambalwa mayelana nokuthi yimaphi amandla okufanele abe yisibani sokomisa shellac. Njengoba wazi, ngokudayiswa ungathola izibani ze-UV ezinekhono lama-9, 36 no-54 watts. Empeleni, noma iyiphi yazo ingasetshenziswa ukusebenza ne-gel-varnishes, kodwa kulula kakhulu ukumisa shellac ngezibani ezingu-36-watt. Isici esincane sokuqhathanisa kwezibani zokomisa i-shellac yamandla ahlukene kuzosiza ukuqinisekisa lokhu:
- Amandla amatende angu-9 watts. Inezinzuzo ezimbili kuphela - usayizi omncane futhi oshibhile. Uma kungenjalo, ukusetshenziswa kwesibani esinjalo kuzodingeka kuthande kuphela ngabantu abane-psyche esinezinzile. Okokuqala, ungqimba ngamunye we-varnish elangeni elinjalo loma ngomyalelo we-3-4 imizuzu. Okwesibili, ngenxa yobukhulu bayo obukhulu, cishe akunakwenzeka ukumelela izinsizakalo zayo. Okwesithathu, izibani ezinjalo ngokuvamile azifakwanga isikhathi, ngakho-ke isikhathi sokumisa kufanele sihlolwe ngokuzimela.
- Amandla amathambo angu-36 watts. Kulesi sibani kufakwe ama-4 ama-watts angu-9 ngamunye, okuyinto ndawonye enikeza amandla ama-watts angu-36. Ukumisa ngamunye wezingxenye ze-shellac kuthatha imizuzu engu-1.5-2. Ukudayiswa kunamamodeli amaningi ahlukene anjalo, afakwe ama-timers futhi anezinhlobo ezimbalwa zokusebenza. Ngenxa yejubane lokumisa kanye nezindleko ezithintekayo, yizibani ezingu-36-watt UV ezidingeka kakhulu ezimakethe.