Ore Properties da ma'adinai tsarin
Garnet rukuni ne na ma'adanai na rumman tare da kaddarorin jiki iri ɗaya da halayen crystalline.Ya kasance na aluminum (calcium) silicate ma'adanai, da kuma nau'i biyu na alumina da calcium oxide a cikin sarrafa ma'adinai.The sinadaran abun da ke ciki na garnet canji ne babba, da kuma general sinadaran dabara ne A3B2 (SiO4) 3, inda A wakiltar divalent calcium, magnesium. , baƙin ƙarfe, manganese da sauran cations, b yana wakiltar cation irin su trivalent aluminum, iron, chromium, manganese. Sunan garnet iri ɗaya ya bambanta saboda asalinsa daban-daban, kuma abubuwan sinadaransa sun bambanta.
Garnet gabaɗaya ya bambanta da barbashi na crystalline, tare da matsakaicin tauri, babban narkewa, ƙaƙƙarfan ƙarfi, da kwanciyar hankali na sinadarai.
Filin aikace-aikacen da alamun fasaha
Taurin garnet yana da matsakaici, ƙarfin yana da kyau, ƙarfin niƙa yana da girma, girman barbashi daidai ne.Yana da kyau kwarai na halitta abrasive abu a cikin na gani, lantarki, inji, bugu, gini, kayan aiki, metallurgical geology.Application, Bugu da kari, garnet kuma an yi amfani da high-tech filayen kamar kayan ado, petrochemical, Laser da kuma kwakwalwa.
Amfani daban-daban suna da buƙatun inganci daban-daban don garnet, kuma buƙatun ingancin da yawa manyan amfani da garnet sune kamar haka.
(1) Abun niƙa
Advanced abrasives kullum amfani da ƙarfe-aluminum garnet samar, bukatar taurin ba kasa da 7.5, kuma garnet abun ciki ne mafi girma fiye da 93%, wanda zai iya samar da kaifi kwana a cikin wani matsa lamba, kuma ba zai karya cikin foda da rasa nika efficiency. abrasive mai fashewa yana buƙatar kashi 75 zuwa 80% na abun ciki na garnet.
(2) Tace kafofin watsa labarai
Babban buƙatun shine ƙarfe-aluminum garnet, tsarki na 98% ko fiye, girman girman barbashi 0.25 ~ 5mm, tsarin garnet, barbashi ba su tarwatse ba, narkar da su cikin acid, ƙasa da 2%, kuma siffar granular tana buƙatar madauwari. da kusurwar kusurwa.
(3) Kayayyakin Gem
Bukatar launi garnet, tsafta da bayyane, girman barbashi crystalline, gabaɗaya ja, shuɗi, kore, da fure.
Madaidaicin haske mai zurfi ya fi girma kuma taurin ya fi 7 ko fiye
(4) Ƙaƙƙarfan agogo da kayan aiki daidai
Bukatar tsabtar garnet, kyakkyawan crystallization, high taurin, mai kyau zafi juriya.
Fasahar Gudanarwa
Don saduwa da buƙatun tsabtataccen garnet, girman barbashi da rarrabawa a cikin aikace-aikacen, wajibi ne don aiwatar da aikin tsarkakewa na ma'adinai, niƙa mai kyau, injin ultrafine, da rarrabuwa mai kyau.
An yi amfani da aikace-aikace, flotation, zaɓin maganadisu, da hanyoyin ma'adinan sinadarai a cikin tsarkakewar garnet.
Reselection ne yafi amfani da cire longtezed, mica, flash, amarya, ma'adini daidai ma'adinai, da kuma reselection kayan soma ne yafi shaker, jig, chute, da kuma sake-prime ma'adinai inji.Flotation ne yafi don ƙara Pharmaceutical rabuwa na ma'adini, seriite, farar tungsite, siliconline, da dai sauransu
Ana amfani da zaɓi na Magnetic musamman don cire ma'adanai na Magnetic, irin su magnetite, titanium baƙin ƙarfe tama, baƙin ƙarfe oxide da ƙananan dutse mai tsayi, ma'adini, siliconline, da dai sauransu, babban na'ura mai rarraba Magnetic na Silinda, Na'urar Rarraba Magnetic farantin, zobe high gradient Magnetic SEPARATOR, da dai sauransu.
Ma'adinan sinadarai galibi ana bi da acid, kuma yana da rai don ƙara cire ma'adinan da ke ɗauke da baƙin ƙarfe tare da jiƙa a cikin ɗigon batsa. Zaɓin takamaiman hanyoyin ma'adinai da kwararar tsari ya dogara ne akan nau'ikan tama, garnet, pulsestone da ma'adanai masu rakiyar. na samar da masana'antu yana amfani da tsarin rarraba haɗin gwiwa.
Domin samar da tsaftataccen hatsi mai tsafta da ƙwanƙwasa ƙwanƙwasa ƙwanƙwasa, ƙwayar garnet ɗin kuma tana yin injin niƙa mai kyau, injin ultrafine da magani na sinadarai.
Fine niƙa da ultrafine niƙa amfani da vibration nika, ball niƙa da agitating wear.Chemical leaching yana amfani da masana'antu hydrochloric acid leaching, acid immersion da ruwa wanka, da galline maida hankali foda ne nauyi settling da ruwa, da grading ne graded bisa ga girman girman. girman barbashi, kuma a ƙarshe 45 zuwa 0.5 mm (lamba) abrasive.
Lokacin aikawa: Afrilu-19-2021