【Huate Magnetic Rabewa Encyclopedia】Amfani da Fasahar Sanyaya Mai a Kayan Aikin Rabewa Mai Magnetic
Kayan aikin Magnetoelectric beneficiation suna taka muhimmiyar rawa a samar da ƙarfe da ba ƙarfe ba. An yi nazari da kwatanta ci gaba, ƙa'ida, fa'idodi da rashin amfani da fasahar sanyaya ruwa, sanyaya iska da tilasta mai. Sakamakon ya nuna cewa fasahar sanyaya mai babbar fasaha ce a fannin kera kayan aikin sarrafa ma'adinai, wanda zai iya inganta aikin kayan aiki, biyan buƙatun samar da ma'adinai, kuma yana da fa'idodi masu yawa na amfani a fannoni na raba kayan maganadisu da kuma cire ƙazanta daga kayan maganadisu.
Kayan aikin Magnetoelectric beneficiation wani nau'in kayan aiki ne wanda zai iya samar da ƙarfin maganadisu mai ƙarfi, wanda ake amfani da shi sosai wajen raba baƙin ƙarfe, ba ƙarfe ba da kuma ƙarfe mai wuya.
Ana amfani da mai raba wutar lantarki mai ƙarfi a filin maganadisu musamman don magance matsalar rarraba ma'adanai masu rauni na maganadisu. A halin yanzu, mai raba wutar lantarki mai ƙarfi a filin maganadisu galibi yana amfani da filin lantarki. Akwai manyan hanyoyi guda biyu don samun filin lantarki mai ƙarfi a filin. Ɗaya shine ƙara girman layin kayan aiki, ɗayan kuma shine ƙara nauyin lantarki. A aikace, saboda iyakancewar abubuwan da ke ciki, ƙaruwar girman layi ma yana da iyaka, don haka ƙara nauyin lantarki ya zama hanya mai tasiri.
Yayin da nauyin lantarki ke ƙaruwa, zafin na'urar lantarki zai tashi ba makawa. Saboda haka, domin tabbatar da ingantaccen aiki na kayan aikin sarrafa ma'adinai, ana buƙatar fasahar sanyaya don sarrafa zafin na'urar lantarki a cikin kewayon da aka yarda. Saboda haka, fasahar sanyaya tana da matuƙar muhimmanci dangane da manyan kayan aiki.
Ga kayan aikin magnetoelectric beneficiation, babban ɓangaren tsakiya shine na'urar lantarki, wanda ke da alaƙa kai tsaye da rayuwar sabis na kayan aiki. Saboda haka, hanyar sanyaya na'urar lantarki tana da matuƙar muhimmanci, kuma tsarin haɓaka ta ya canza a hankali daga sanyaya iska, sanyaya ruwa zuwa sanyaya mai ruwa, sanyaya iska mai tilastawa, sanyaya mai da ruwa mai haɗaka, sannan zuwa sanyaya mai ƙafe. Waɗannan hanyoyin sanyaya suna da nasu fa'idodi da rashin amfani.
Fasaha Sanyaya Solenoid
1.1 Sanyaya ruwa ta hanyar waya mai ramin solenoid
A shekarun 1980, an sanyaya na'urar lantarki ta na'urar magnetoelectric beneficiation ta hanyar waya ɗaya tilo. Wannan hanyar tana da sauƙi a tsari kuma tana da sauƙin kulawa, kuma da farko ana amfani da ita a cikin masu raba maganadisu masu tsayin tsayi na zobe a tsaye. Tare da ƙaruwar ƙarfin filin maganadisu, na'urar sanyaya ruwa tana da wahalar cika buƙatun a hankali, saboda ruwan da ke cikin wayar da ba ta da rami zai haifar da ƙaruwa a bangon ciki na wayar, wanda zai shafi zubar zafi na na'urar, kuma a ƙarshe yana shafar tasirin zaɓi ta hanyar shafar ƙarfin filin lantarki.
1.2 Sanyaya mai na waya ta Solenoid, sanyaya iska mai tilastawa da sanyaya mai hade da ruwa
An yi na'urar motsa jiki ta amfani da waya mai siffar H (juriyar zafin jiki 180 ℃) mai gilashi biyu da aka naɗe da siliki, tsarin naɗewa mai girma uku, da kuma kariya tsakanin ƙungiyoyi, ta yadda kowace ƙungiyar naɗewa za ta yi hulɗa da mai gaba ɗaya, saboda na'urorin samfurin suna samar da na'urori masu zaman kansu. Yana zagayawa ta hanyar mai, shigar da na'urar sanyaya iska da mai musayar zafi a wajen na'urar, da kuma zagayawa da aka tilasta, ingantaccen watsa zafi mai yawa, ta yadda yawan zafin na'urar lantarki zai yi ƙasa da 25 ℃ ko kuma daidai yake da 25 ℃.
Na'urar canza wutar lantarki (transformer) tana amfani da sanyaya mai, wanda ke canza tasirin sanyaya sosai, yana inganta yawan amfani da kayan aiki, yana rage girman layi na kayan aiki, yana inganta aikin rufin lantarki, kuma yana tsawaita rayuwar kayan aikin. Yanzu kayan aikin magnetoelectric beneficiation sun rungumi fasahar sanyaya mai sosai.
Fasahar sanyaya mai da aka yi amfani da ita wajen raba mai mai girman gaske a cikin zobe mai tsayi.
Fasahar Sanyaya Mai da Aka Yi Amfani da ita a cikin Mai Rarraba Magnetic High Gradient
Fasahar sanyaya mai da ake amfani da ita wajen cire ƙarfe ta hanyar amfani da na'urar lantarki
1.3 Sanyayawar na'urar lantarki mai ƙafewa
An gudanar da bincike kan fasahar sanyaya iska tsawon shekaru da yawa a gida da waje, kuma an cimma wasu nasarori, amma ainihin tasirin aikace-aikacen bai gamsar ba. Dangane da ƙa'ida, fasahar sanyaya iska mai inganci fasaha ce ta sanyaya iska, wadda ta cancanci ƙarin nazari. Saboda hanyar da take amfani da ita tana da halaye na tururi da rufin lantarki, tana iya samar da yanayin zagayawar iska ta halitta. An fara canja fasahar sanyaya iska mai ƙazanta zuwa sanyaya na'urar lantarki ta na'urar amfani da wutar lantarki. Ta fara ne daga haɗin gwiwa tsakanin Shandong Huate Magnet Technology Co., Ltd. da Cibiyar Injiniyan Lantarki ta Kwalejin Kimiyya ta Sin a shekarar 2005. A halin yanzu, ana amfani da ita galibi a cikin masu cire ƙarfe na lantarki da kuma zobe mai tsayi. Zaɓin injin da aikace-aikacen filin sun nuna cewa tasirin watsa zafi yana da kyau kuma ana samun ingantaccen tasirin samarwa. A halin yanzu, hanyar sanyaya iska da ake amfani da ita a fasahar sanyaya iska ita ce Freon, wacce a halin yanzu aka takaita ta saboda tasirinta mai illa ga layin ozone na yanayi. Saboda haka, haɓaka hanyoyin sanyaya iska masu inganci, masu araha, kuma masu dacewa da muhalli shine alkiblar ci gaba a nan gaba.
Manyan kayan aikin magnetoelectric beneficiation suna amfani da fasahar sanyaya mai, wanda za a iya inganta shi sosai a cikin aiki, ƙaruwar zafin jiki, amfani da wutar lantarki, ingancin kayan aiki da kuma aikin farashi.
Amfani da fasahar sanyaya magnetoelectric beneficiation
Amfani da Zoben Tsaye Mai Sanyaya Mai da Ruwan Mai a Matsayin Mai a Matsayin Mai a Matsayin Mai a Matsayin Mai a Matsayin Mai a Ostiraliya.
Amfani da mai da ruwa mai sanyaya mai tsari mai tsayi a tsaye a cikin aikin zaɓin zafin jiki na hematite
Ana amfani da mai da ruwa mai sanyaya mai tsari mai tsayi mai tsayi a cikin aikin tsarkakewa na kaolin a cikin aikin tsarkakewa na kaolin
Shafin aikace-aikacen abokin ciniki na raba maganadisu mai girman digiri na lantarki
Na'urar cire ƙarfe mai ƙarfi ta lantarki mai sanyaya mai, tana aiki a tashar jiragen ruwa ta Tangshan Caofeidian
Amfani da fasahar sanyaya mai a cikin kayan aikin magnetoelectric beneficiation na iya inganta aikin kayan aiki, biyan buƙatun samar da ma'adanai, da kuma samun fa'idodi masu yawa na amfani da su don raba kayan maganadisu da kuma cire ƙazanta daga kayan da ba na maganadisu ba.
Ayyukan fasaha na Cibiyar Zane-zanen Injiniyan Sarrafa Ma'adanai ta Huate
①Binciken abubuwan da aka saba da kuma gano kayan ƙarfe.
②Shiryewa da tsarkake ma'adanai marasa ƙarfe kamar su fluorite, kaolinite, bauxite, kakin ganye, baryrite, da sauransu.
③Ƙarfafa baƙin ƙarfe kamar ƙarfe, titanium, manganese, chromium da vanadium.
④ Ma'adinai na ma'adanai masu rauni kamar baƙin tungsten ma'adinai, tantalum niobium ma'adinai, rumman, iskar gas ta lantarki, da kuma girgije baƙi.
⑤ Cikakken amfani da albarkatu na biyu kamar su wutsiya daban-daban da kuma tarkacen narkewa.
⑥ Akwai ma'adanai masu ƙarfi, masu nauyi da kuma waɗanda ke da ƙarfin ƙarfe.
⑦ Rarraba ma'adanai na ƙarfe da waɗanda ba na ƙarfe ba cikin sauƙi.
⑧ Gwajin zaɓi mai ci gaba na masana'antu na Semi-masana'antu.
⑨ Tsarin sarrafa foda mai kyau kamar murkushe kayan aiki, niƙa ƙwallo da rarrabuwa.
⑩ Ayyukan EPC na turnkey kamar niƙa, zaɓi kafin a yi, niƙa, rabuwar maganadisu (mai nauyi, flotation), busasshen jirgin ruwa, da sauransu.
Lokacin Saƙo: Fabrairu-22-2022