I-CGC Series Cryogenic Superconducting Magnetic Separator Roller Magnetic Separator

Inkcazo emfutshane:

Olu luhlu lweemveliso lune-magnetic field ephezulu kakhulu engenakufezwa zizixhobo eziqhelekileyo ze-electromagnetic, kwaye lunokwahlula ngempumelelo izinto ze-magnetic ezibuthathaka kwiiminerali ezicoliweyo. Lufanelekile ukuhluza iintsimbi ezinqabileyo, iintsimbi ezingezizo i-ferrous kunye neentsimbi ezingezizo i-metallic, ezifana nokuhluzwa kwe-cobalt ore, ukususa ukungcola kunye nokucocwa kwe-kaolin kunye ne-feldspar non-metallic ores, kwaye lungasetyenziswa ekucoceni amdaka kunye nokucocwa kwamanzi olwandle kunye neminye imimandla.

Thumela i-imeyile kuthi

Iinkcukacha zeMveliso

Iithegi zeMveliso

Umgaqo Wokusebenza:

I-superconducting magnetic separator isebenzisa uphawu lokuba ukumelana kwe-superconducting coil ayinamandla kubushushu obuphantsi, Sebenzisa umbane omkhulu ukudlula kwi-superconducting coil entywilisiweyo kwi-helium engamanzi, kwaye uvuselelwe ngumbane we-DC wangaphandle, ukuze i-superconducting magnetic separator ifikelele kumandla e-magnetic field angasemva angaphezu kwe-5T, Umphezulu we-magnetic conductive stainless steel Matrix kwigumbi lokwahlula uvelisa i-magnetic field enkulu ene-gradient ephezulu, enokufikelela ngaphezulu kwe-10T, enokwahlula ngempumelelo izinto ze-magnetic kunyeityeyona ndlela igqibeleleyo kwimintsimi yokunceda yokwahlulwa kwe-agnetic.

Indlela yokuhlela iqulathe ii-cylinders ezintathu ezibonakalayo kunye nee-cylinders ezimbini zokuhlela. I-cylinder yokuhlela kunye ne-cylinder ebonakalayo zinokufikelela kwi-magnetic balance, ukuze indlela yokuhlela ikwazi ukuhamba kwi-magnetic field phantsi kwesenzo samandla amancinci angaphandle.

Indlela yokuhlela iqhutywa yimoto kunye nenkqubo yokuqhuba ibhanti ukuze ibuyisele ngaphakathi kwexesha elimiselweyo. Inkqubo yokwahlula kukuba isilinda enye yokwahlulahlula ihlela ipulp kwimagnethi ngamandla entsimi yangasemva angaphezu kwe-5T, kwaye enye isilinda yokwahlulahlula icocwe ngaphandle kwemagnethi. Ekubeni kungekho magnethi, amasuntswana e-ore awachaphazeleki ngamandla emagnethi, kwaye uboya bentsimbi buhlanjwa ngamanzi anoxinzelelo oluphezulu, izinto zemagnethi ezifakwe kuyo ziyakhutshwa ngokuhamba kwamanzi, isilinda yokwahlulahlula esebenza kwimagnethi isuswa kwimagnethi, kwaye isilinda yokwahlulahlula ecocekileyo ibuyela kwimagnethi ukuze ihlele ipulp, kwaye umjikelo uyaphindwa, kusoloko kukho isilinda yokwahlulahlula kwimagnethi ukuze ihlele ipulp, nto leyo ephucula kakhulu ukusebenza kakuhle kwemveliso.

Iimpawu zobugcisa:

◆ Amandla emagnethi angasemva aphezulu, tIkhoyili eyenziwe ngezinto ze-Nb-Ti superconducting inamandla emagnethi angaphezu kwe-5T, ngelixa amandla emagnethi eqhelekileyo ngokubanzi engaphantsi kwe-2T, oko kukuthi amaxesha ama-2-5 kunemveliso yendabuko.

◆Amandla amakhulu emagnethi,uNgaphantsi kwamandla entsimi yangasemva engaphezulu kwe-5T, umphezulu we-m engeneka ngemagnethii-atrixkwigumbi lokwahlulahlula livelisa amandla amakhulu kakhulu emagnethi, anokwahlula ngokufanelekileyo ukungcola okubuthathaka kwemagnethi, aphucule kakhulu umgangatho weeminerali ezingezizo ezesinyithi, kwaye ahlangabezane neemfuno zeemveliso eziphezulu.

◆Akukho kuguquguquka kwe-helium yolwelo,tIfriji ye-1.5W/4.2K ingaqhubeka nokufaka efrijini, ukuze i-helium engamanzi ingaguquguquki ngaphandle kwemagnethi, ukuqinisekisa ukuba isixa siphela se-helium engamanzi asitshintshi, kwaye akukho mfuneko yokugcwalisa i-helium engamanzi kwisithuba seminyaka emi-3, nto leyo enciphisa iindleko zokulungisa.

◆ Ukusetyenziswa kwamandla aphantsi, kusetyenziswa iteknoloji ye-superconducting yobushushu obuphantsi, ukumelana kwekhoyili kuba zero emva kokufikelela kwimeko ye-superconducting. Ifriji efuna kuphela ukugcina imeko yobushushu obuphantsi yemagnethi iyasebenza, nto leyo egcina ngaphezulu kwe-90% yombane xa ithelekiswa nemagnethi eqhelekileyo yokuqhuba.

◆Ixesha elifutshane lokuvuthela. Lingaphantsi kweyure e-1.

◆Iisilinda ezimbini zihlelwa kwaye zihlanjwe ngokutshintshiselana, kwaye zinokusebenza ngokuqhubekayo ngaphandle kokususa imagnethi, nto leyo ephucula ukusebenza kakuhle kwemveliso. I-5.5T/300 type superconducting magnetic separator inokucubungula i-kaolin ukuya kuthi ga kwiitoni ezili-100 ngosuku ze-ore eyomileyo, kwaye i-5T/500 type superconducting magnetic separator inokucubungula iitoni ezingama-300 ngosuku ze-kaolin.

◆Lonke eli qhinga lilawulwa yi-microcomputer, kwaye iiparameters zingaqokelelwa ngexesha langempela, nto leyo eluncedo kulawulo lwemveliso kunye nolawulo lomgangatho.

◆Izixhobo zisebenza ngokuzinzileyo, iindleko zokulungisa ziphantsi kakhulu, umazibuthe uhlala ixesha elide, ubunzima bulula kwaye kulula ukuyifaka.

Iiparameters zobugcisa eziphambili:

Imodeli	Φ100 型CGC	Φ300 型CGC	Φ400 型CGC	Φ500 型CGC
Ububanzi bangaphakathi bemagnethi (mm)	100	300	400	500
Isantya se-slurry (cm/s)	0.6 ～ 3.2	0.6 ～ 3.2	0.8 ～ 3.0	0.8 ～ 2.6
Ubunzulu bemagnethi engasemva (T)	0-7	0-5.5	0-5	0-5
Ubunzulu bemagnethi obungaphezulu kwe-1 m ukusuka kwisikhuselo (Gs)	≤ 50	≤ 50	≤ 50	≤ 50
Amandla anomdla (kW)	＜1.5	＜1.5	＜1.5	＜1.5
Inkqubo yokusebenza	ikhefu	okuqhubekayo	okuqhubekayo	okuqhubekayo
Ubushushu bokusebenza kwekhoyili ye-superconducting (K)	4.2	4.2	4.2	4.2
Umthamoowomileyo(Iyure/iyure)	—	≤4	≤ 10	≤ 15
Amandla apheleleyo (kW)	≤9	≤ 11.5	≤ 12.5	≤ 13.5

Itheyibhile yokuthelekisa iziphumo zovavanyo lokuphucula ubushushu obuphantsi lwe-5.5T yokwahlulahlula amandla emagnethi okubangela ukuchuma okuphambili

Hayi.	Isampulu	Fe umxholo (％)		ubumhlophe
Hayi.	Isampulu	I-ore eluhlaza	精矿Gxila	I-ore eluhlaza	Gxila
1	Fujian Weiya Kaolin	1.15	0.54	77.7	87.2
2	Guangxi Jinhai kaolin	0.80	0.46	84.6	91.8
3	Jiangxi Ruihong Kaolin	0.90	0.31	79.3	92.4
4	I-kaolin yaseIndiya	0.15	0.03	77.6	84.7
5	Xingning kaolin	1.21	0.59	73.1	87.3
6	I-kaolin yaseIndiya	0.24	0.06	71.8	85.2
7	I-Liaoning potassium feldspar	1.02	0.09	17.4	72.5
8	UYantai Feldspar	1.21	0.05	9.5	72.5

7.0T/100 CGC Cryogenic Superconducting Magnetic Separator

Iiparameter zobugcisa

Into	Iiparameters
Amandla entsimi esembindini (T)	7.0
Ubungakanani bembobo yobushushu begumbi (mm)	130
Ubushushu bokusebenza kwekhoyili (K)	4.2 （ukuntywiliselwa kwe-helium elulwelo）
Amandla efriji kubushushu obuphantsi	1.5W@4.2K
Ulwelo lwe-helium evaporation (L/h)	0
Ixesha lokuphola lemagnethi ye-superconducting	≤ 120h (ubushushu begumbi ukuya kwi-4.2K)
Uhlengahlengiso lweMagnetic Field	I-0-7T yexesha langempela elihlengahlengiswayo ngokuqhubekayo
Amandla anomdla (kW)	＜ 1.5
Ukulahlekelwa lukhuselo lwe-superconducting	Umbane we-superconducting unamandla okukhusela ekulahlekelweni ziimpawu ze-superconducting
Indawo esebenzayo yentsimi yemagnethi (mm)	600
Ukufana kwentsimi yemagnethi	Intsimi yemagnethi ≥ 6.6T kwi ±10cm ukusuka embindini
Ukufana kwentsimi yemagnethi	Intsimi yemagnethi ≥ 5.6T kwi ±20cm ukusuka embindini
Indlela yokukhulula amandla okugcina i-coil	Ukusebenza kwesitshixo esinye ngexesha langempela
Imatrix yemagnethi	Uboya bentsimbi/i-mesh yentsimbi, njl.njl.
Uxinzelelo lokutya	Ukulinganiswa kovavanyo
Ulawulo lokuhamba kolwelo	Uhlengahlengiso lolawulo lwesiguquli sefrikhwensi
Umthamo	Ukulinganiswa kovavanyo
Ubungakanani bemagnethi ye-Superconducting (mm)	Φ600*870
Ubukhulu besixhobo esiphambili (U-L x U-W x U-H cm)	38590140
Amandla aphambili (kW)	≤ 15
Ubunzima (kg)	3800