CGC Series Low lobushushu Superconducting Magnetic Separator

CGC Series Ubushushu obuphantsi Superconducting Magnetic Isahluli Featured Umfanekiso

Inkcazelo emfutshane:

Isicelo:Olu ngcelele lweemveliso lunommandla wemagnethi okwimvelaphi ephezulu kakhulu ongenakufikelelwa ngezixhobo eziqhelekileyo ze-electromagnetic, kwaye unokwahlula ngokufanelekileyo izinto ezinobuthathaka ezinozibuthe kwiiminerali ezicolekileyo. Ilungele ukuxhamla kwisinyithi esinqabileyo, iintsimbi ezingezizo i-ferrous kunye nezingeyo-ferrous ores metallic, ezifana cobalt ore ukutyetyiswa, ukususwa ukungcola kunye nokucocwa kaolin kunye feldspar non-metal ores, kwaye ingasetyenziselwa ukucocwa ilindle kunye nokucocwa kwamanzi olwandle kunye nezinye iinkalo.

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CGC Series Low lobushushu Superconducting Magnetic Separator

低温超导磁选机CGC Series Ubushushu obuphantsi Superconducting umahluli kazibuthe

Isicelo

Olu ngcelele lweemveliso lunommandla wemagnethi okwimvelaphi ephezulu kakhulu ongenakufikelelwa ngezixhobo eziqhelekileyo ze-electromagnetic, kwaye unokwahlula ngokufanelekileyo izinto ezinobuthathaka ezinozibuthe kwiiminerali ezicolekileyo. Ilungele ukuxhamla kwisinyithi esinqabileyo, iintsimbi ezingezizo i-ferrous kunye nezingeyo-ferrous ores metallic, ezifana cobalt ore ukutyetyiswa, ukususwa ukungcola kunye nokucocwa kaolin kunye feldspar non-metal ores, kwaye ingasetyenziselwa ukucocwa ilindle kunye nokucocwa kwamanzi olwandle kunye nezinye iinkalo.

UmGaqo wokuSebenza:

I-superconducting magnetic separator isebenzisa uphawu lokuba ukuchasana kwe-coil ye-superconducting ngu-zero kwiqondo lobushushu eliphantsi, Sebenzisa umsinga omkhulu ukudlula kwikhoyili ye-superconducting entywiliselwe kwi-helium yolwelo, kwaye uvuyiswe ngumbane wangaphandle we-DC, ukuze i-superconducting magnetic isahluli sinokufikelela kwimvelaphi yamandla emagnethi ngaphezulu kwe-5T, Umphezulu wensimbi engenasici enomagnetic IMatrix ekwigumbi lokwahlula ivelisa indawo enkulu enemagnethi ephezulu, enokufikelela ngaphezulu kwe-10T, enokwahlula ngokufanelekileyo izinto ezinozibuthe kunyeityeyona ndlela ilungileyo kwimintsimi yokwahlulwa kwe-agnetic.

Indlela yokuhlela iqulathe iisilinda ezinenyani kunye neesilinda ezimbini zokuhlela. I-cylinder yokuhlela kunye ne-virtual cylinder inokufikelela kwi-balance magnetic, ukuze indlela yokuhlela ikwazi ukuhamba kwintsimi yamagnetic phantsi kwesenzo samandla amancinci angaphandle.

Indlela yokuhlela iqhutywa yimoto kunye nenkqubo yebhanti yokuqhuba ukubuyisela kwakhona kwisithuba esibekiweyo. Inkqubo yokwahlula kukuba i-cylinder enye yokwahlula ihluza i-pulp kwimagneti ngamandla entsimi yangasemva ngaphezulu kwe-5T, kwaye enye i-cylinder yokwahlula icocwa ngaphandle kwemagnethi. Ekubeni kungekho mhlaba wamagnetic, amasuntswana e-ore awachatshazelwa ngamandla kazibuthe, kwaye uboya bentsimbi buhlanjwa ngamanzi anoxinzelelo oluphezulu, izinto ezidityaniswe ngumagnetic kuwo ziyakhutshwa ngokuhamba kwamanzi, isilinda sokuhlela esisebenza kwimagnethi. Ikhutshiwe kwimagnethi, kwaye isilinda sokuhlela esicociweyo sibuyela kwimagnethi ukuze ilungelelanise i-pulp, kwaye umjikelo uyaphindwa, kusoloko kukho isilinda sokuhlela kwimagnethi yokuhlela i-pulp, ephucula kakhulu ukusebenza kakuhle kwemveliso.

Iimpawu zobuGcisa:

01

Amandla ommandla wemagnethi angasemva aphezulu, tI-coil eyenziwe nge-Nb-Ti superconducting material inamandla emagnethi angaphezu kwe-5T, ngelixa amandla entsimi yemagnethi eqhelekileyo ingaphantsi kwe-2T, oko kukuthi amaxesha angama-2-5 kunemveliso yendabuko.

02

Amandla ombane anamandla,ungaphantsi kommandla ongasemva wamandla ngaphezu kwe-5T, umphezulu wemagnethi engenekayo miatrixkwigumbi lokwahlula livelisa amandla amakhulu kakhulu amagnetic, anokwahlula ngokufanelekileyo ukungcola okubuthathaka kwamagnetic, ukuphucula kakhulu umgangatho wamaminerali angeyontsimbi, kwaye ahlangabezane neemfuno zeemveliso eziphezulu.

03

Ukungabikho kokuguquguquka kwe-helium engamanzi,tI-1.5W / 4.2K ifriji yefriji ingaqhubeka nefriji, ukuze i-helium engamanzi ingaguquguquki ngaphandle kwemagnethi, iqinisekisa ukuba inani elipheleleyo le-helium yolwelo lihlala lingatshintshi, kwaye akukho mfuneko yokuzalisa i-helium engamanzi kwiminyaka emi-3, ukunciphisa ukugcinwa. iindleko.

04

Ukusetyenziswa kwamandla aphantsi, usebenzisa iteknoloji ye-superconducting ephantsi yokushisa, ukuchasana kwekhoyili yi-zero emva kokufikelela kwi-superconducting state. Ifriji efuna kuphela ukugcina imo yobushushu obuphantsi bemagnethi isebenza, egcina ngaphezu kwe-90% yombane xa kuthelekiswa nemagnethi yokuqhuba eqhelekileyo.

Ixesha elifutshane lokuzonwabisa. Ingaphantsi kweyure enye.

05

Iisilinda ezimbini zilungiswa ngokuhlukileyo kwaye zihlanjwe, kwaye zinokuqhuba ngokuqhubekayo ngaphandle kokukhupha uzibuthe, okuphucula ukusebenza kakuhle kwemveliso. I-5.5T / 300 uhlobo lwe-superconducting isahlukanisi somagnetic luyakwazi ukucubungula i-kaolin ukuya kwiitoni ezili-100 / ngosuku lwentsimbi ekrwada eyomileyo, kunye ne-5T / 500 uhlobo lwe-superconducting separator magnetic inokucubungula iitoni ezingama-300 / ngosuku lwe-kaolin.

06

Yonke inkqubo ilawulwa yi-microcomputer, kwaye iiparitha zinokuqokelelwa ngexesha langempela, elinenzuzo ekulawuleni imveliso kunye nokulawula umgangatho.

Isixhobo sisebenza ngokuzinzileyo, iindleko zokugcinwa ziphantsi kakhulu, umazibuthe unobomi obude benkonzo, ubunzima obulula kunye nokufakwa lula.

Iiparamitha ezingundoqo zobuGcisa:

Umzekelo	Φ100 型CGC	Φ300 型CGC	Φ400 型CGC	Φ500 型CGC
Ngaphakathi kwedayamitha yemagnethi (mm)	100	300	400	500
Isantya esiludaka (cm/s)	0.6 ～ 3.2	0.6 ～ 3.2	0.8 ～ 3.0	0.8 ～ 2.6
Imvelaphi yobunzulu bemagnethi (T)	0-7	0-5.5	0-5	0-5
Ukuqina kwemagneti ngaphezulu kwe-1 m ukusuka kwikhaka (Gs)	≤ 50	≤ 50	≤ 50	≤ 50
Amandla anika umdla (kW)	＜1.5	＜1.5	＜1.5	＜1.5
Inkqubo yokusebenza	isithuba	ngokuqhubekayo	ngokuqhubekayo	ngokuqhubekayo
Ubushushu bokusebenza kwekhoyili ye-superconducting (K)	4.2	4.2	4.2	4.2
Umthamoyomile(T/h)	-	≤4	≤ 10	≤ 15
Amandla ewonke (kW)	≤9	≤ 11.5	≤ 12.5	≤ 13.5