Casters suna buƙatar gudu a cikin yanayi daban-daban na hadaddun, juriya na lalacewar ƙarfe yana da mahimmanci musamman.Yanzu a kasuwa, hanyoyin da aka fi amfani da su na jiyya sune galvanization da electrophoresis, yayin da Zhuo Ye manganese karfe casters bayan cikakken nazari, amma zabar maganin feshi, kuma me yasa hakan?Na gaba, zan fara daga waɗannan matakai guda uku, cikakken bincike a gare ku!
1. Yin fesa tsari
Tsarin feshin wani tsari ne na fesa fenti a saman wani abu kuma ana amfani da shi wajen gyaran saman kayan ƙarfe daban-daban.Tsarin yana da fa'idodi masu zuwa:
Tsarin spraying yana ba da damar yin amfani da shafi mai sauri da inganci.Idan aka kwatanta da tsarin gogewa na gargajiya, tsarin spraying yana da saurin rufewa da mafi kyawun sakamako, wanda zai iya haɓaka haɓakar samarwa sosai.
Ana samun nau'i-nau'i iri-iri don tsarin fesa, kuma za'a iya zaɓar kayan da aka dace da kayan ƙarfe daban-daban da buƙatun tsari don cimma mafi kyawun lalata, anti-oxidation, anti-UV da sakamako mai kyau.
Abubuwan da aka yi amfani da su a cikin tsari na fesa suna da kyakkyawan lalata da juriya na abrasion, kuma suna iya kare farfajiyar karfe daga sinadarai, jiki da muhalli kamar lalacewa da lalacewa.
The spraying tsari za a iya amfani da surface shafi na mafi karfe kayan, kamar baƙin ƙarfe, aluminum, jan karfe, tutiya, bakin karfe, da dai sauransu.
A cikin gwajin feshin gishiri na matsakaici (NSS), yanayin bayyanar maganin filastik na feshi zai iya kaiwa aji na 9 ta gwajin hukuma.
2. Electrophoresis tsari
Tsarin electrophoresis shine tsarin rufewa ta amfani da ka'idar electrophoresis, inda fenti ke manne da saman da aka caje na aikin.Tsarin yana da fa'idodi masu zuwa:
Rubutun tsarin electrophoresis shine uniform, mai yawa, maras kyau, tare da kyakkyawan launi mai kyau, wanda ke kare farfajiyar karfe daga lalacewa da lalacewa ta hanyar sinadaran, jiki da muhalli.
Yawancin nau'ikan suturar da aka yi amfani da su a cikin tsarin electrophoresis suna ba da damar zaɓin kayan kwalliyar da suka dace da kayan ƙarfe daban-daban da buƙatun tsari, don haka samun mafi kyawun lalata, anti-oxidation, anti-UV da tasirin kwalliya.
Ana iya sarrafa tsarin electrophoresis ta atomatik don inganta haɓakar samarwa da rage farashin sutura.
A cikin gwajin feshin gishiri na matsakaici (NSS), maganin electrophoresis na al'ada yana da siffa ta 5 kamar yadda hukuma ta gwada.
3. Galvanizing tsari
Tsarin galvanizing ya haɗa da rufe saman karfe tare da Layer na zinc, don haka inganta juriya na samfuran ƙarfe.Tsarin yana da fa'idodi masu zuwa:
Tsarin galvanizing yana ba da cikakken ɗaukar hoto kuma yana iya rufe duk sassan ƙarfe na ƙarfe, ciki har da ciki da wuya a rufe wuraren.A sakamakon haka, sutura daga tsarin galvanizing suna da mafi kyawun juriya na lalata.
Zinc da aka yi amfani da shi a cikin aikin galvanizing yana warkar da kansa, ma'ana cewa lokacin da aka lalata ko lalacewa, zinc zai gudana da kansa don cika wurin da ya lalace, don haka yana kara tsawon rayuwar rufin.
A cikin gwajin feshin gishiri na matsakaici (NSS), jiyya na galvanized na al'ada yana da ƙimar bayyanar 3 ta hukuma.
| Tsari | Yadda ake yin zane | Kewayon aikace-aikace | Matsayin bayyanar |
| Fesa tsari | Babban | Yawancin karafa | Darasi na 9 |
| Electrophoresis tsari | Matsakaici | Yawancin karafa | Darasi na 5 |
| Galvanizing tsari | Ƙananan | Karfe kayayyakin | Darasi na 3 |
Daga teburin da ke sama, zamu iya ganin cewa tsarin fesa yana da mafi girman tasiri da kuma mafi girman bayyanar sa.A cikin hadadden yanayin amfani, musamman juriya na lalata, maganin feshi ya fi na gargajiya na galvanizing da electrophoresis, wanda shine babban dalilin Zhuo Ye ya zabi maganin feshi na simintin karfe na manganese.
Tare da ingancin ƙirƙirar alama, Zhuo Ye manganese karfe casters ko da yaushe suna manne wa inganci, sanya ingancin samfurin farko, kuma suna bin tsarin samar da inganci sosai, don cimma nasarar Zhuo Ye manganese karfe casters ceton aiki, halaye masu ɗorewa, kuma a ƙarshe jajirce ga manufa mai tsarki na "samar da kulawa da karin ceton ƙwazo, sa kasuwancin ya fi dacewa".
Lokacin aikawa: Juni-03-2019