A fannin ƙirar cikin gida da kuma raba sararin ofis, sassan aluminum sun zama babban zaɓi ga cibiyoyin siyayya, gine-ginen ofis, otal-otal da makamantansu saboda sauƙin shigarsu, kyawunsu da sauƙin shigarwa. Duk da haka, duk da yanayin oxide na aluminum, yana ci gaba da fuskantar tsatsa, fashewar saman da sauran matsaloli a cikin yanayi mai danshi, hazo mai yawa ko gurɓataccen yanayi, wanda ke lalata rayuwar sabis da kyawun gani. Ayyukan masana'antu na baya-bayan nan sun nuna cewa maganin saman da aka yi amfani da shi a kimiyya na iya haɓaka juriyar tsatsa, yana tsawaita tsawon rayuwar samfur sau 3-5. Wannan ya zama muhimmin abu a cikin gasa mai inganci donsassan aluminum.
Tsarin Kariya na Maganin Fuska: Toshe Hanyoyin Tsabtacewa Yana da Mahimmanci
Tsatsar sassan aluminum ta samo asali ne daga halayen sinadarai tsakanin sinadarin aluminum da danshi, iskar oxygen, da gurɓatattun abubuwa a cikin iska, wanda ke haifar da iskar shaka da kuma fashewa a saman. Babban aikin maganin saman shine samar da wani katafaren kariya mai yawa akan sinadarin aluminum ta hanyar amfani da hanyoyin zahiri ko na sinadarai, ta haka ne ke toshe hanyar hulɗa tsakanin sinadarai masu lalata da kayan tushe.
Tsarin Jiyya na Fuskar Gida na Musamman: Fa'idodi Masu Mahimmanci ga Aikace-aikace Iri-iri
A halin yanzu, manyan dabarun gyaran saman guda uku suna yaɗuwa a masana'antar raba aluminum, kowannensu yana nuna halaye daban-daban na juriya ga tsatsa da kuma dacewa da takamaiman yanayi, don haka yana samar da mafita na musamman don buƙatun aiki daban-daban:
1. Anodic Jiyya
Anodizing yana amfani da electrolysis don samar da fim ɗin oxide mai kauri da kauri akan saman aluminum substrate. Idan aka kwatanta da Layer oxide na halitta na aluminum, wannan yana ƙara juriya ga tsatsa sosai. Fim ɗin oxide da ke fitowa yana ɗaure sosai da substrate, yana tsayayya da barewa, kuma ana iya rina shi da launuka da yawa, yana haɗa kyawun ado da kariya ta asali.
1.Rufin Foda
Rufin foda ya ƙunshi shafa fenti na electrostatic foda a saman aluminum substrate, wanda daga nan ake warkewa a yanayin zafi mai yawa don samar da Layer mai kauri 60-120μm. Fa'idar wannan tsari tana cikin Layer mai kariya wanda ba shi da ramuka, wanda ke rufe dukkan abubuwan da ke lalata shi gaba ɗaya. Rufin yana tsayayya da acid, alkalis, da gogewa, yana jure wa zaizayar danshi ko da a cikin yanayi mai danshi kamar bandakuna na otal ko ɗakunan shayi na cibiyar siyayya.
3.Ruwan Fluorocarbong
Rufin fluorocarbon yana amfani da fenti mai tushen fluororesin da aka yi amfani da shi a cikin layuka da yawa (yawanci faranti, saman shafi, da kuma clearcoat) don samar da wani tsari mai kariya. Yana nuna juriya ga yanayi da juriya ga tsatsa, yana jure wa yanayi mai tsanani kamar hasken ultraviolet, yanayin zafi mai yawa, zafi mai yawa, da kuma yawan fallasa gawar hazo mai yawa. Rufinsa yana jure wa gwajin feshi na gishiri sama da awanni 1,000 ba tare da tsatsa ba kuma yana da tsawon rai fiye da shekaru 10. Ana amfani da shi galibi a cikin manyan kamfanoni na kasuwanci, filayen jirgin sama, dakunan gwaje-gwaje, da sauran wurare waɗanda ke buƙatar juriya ga tsatsa.
Daga hasumiyoyin ofisoshi masu bushewa zuwa otal-otal masu danshi a bakin teku, fasahar gyaran saman suna keɓance hanyoyin kariya na musamman don sassan aluminum. Wannan ba wai kawai yana tabbatar da dorewar samfura na dogon lokaci ba, har ma yana ba da tallafi mai ƙarfi don kyawun gine-gine da aminci. Ga masu amfani da masu ruwa da tsaki a aikin, bincika hanyoyin gyaran saman ya zama ma'auni mai mahimmanci don tantance ingancin sassan aluminum.
Tuntuɓiinfo@gkbmgroup.comdon ƙarin bayani game da Gaoke Building Materials partition aluminum.
Lokacin Saƙo: Satumba-18-2025
