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  • 01_Exlabesa_10.10.2019

Iimveliso

Ugcino lwamandla eAluminiyam yoMbane yokuNyibilika iFunethi eNyibilikayo eboniswayo
  • I-Aluminiyam egcina amandla e-Aluminiyam yoMbane yokuNyibilikisa iZiko lokuNyibilikisa

I-Aluminiyam egcina amandla e-Aluminiyam yoMbane yokuNyibilikisa iZiko lokuNyibilikisa

Iimbonakalo

√ Ubushushu20℃~1300℃

√ Ubhedu olunyibilikisayo 300Kwh/Ton

√ IAluminiyam eNyibilikayo 350Kwh/Ton

√ Ulawulo oluchanekileyo lobushushu

√ Isantya sokunyibilika ngokukhawuleza

√ Ukutshintshwa ngokulula kwezinto zokufudumeza kunye ne-crucible

√ Ubomi bomnqamlezo beAluminiyam yokufa ukuya kuthi ga kwiminyaka emi-5

√ Ubomi bokubethelwa ngobhedu ukuya kuthi ga kunyaka om-1


Iinkcukacha zeMveliso

Iithegi zeMveliso

Ividiyo yeMveliso

Malunga nale Nto

222

Ukonga amandla ombane we-tilting melting furnace ixhotyiswe ngezinto zokufudumeza zombane ezisetyenziselwa ukufudumeza intsimbi ukuya kwindawo yayo yokunyibilika.Indlela yokuthambeka ivumela ukugalelwa lula kwesinyithi esinyibilikisiweyo kwizibumba okanye kwizikhongozeli, ukunciphisa umngcipheko wokuchitheka kunye neengozi.Isithando somlilo sikwabonisa iinkqubo zokulawula ukushisa ukuze kuqinisekiswe ukunyibilika okufanayo kunye nokuchanekileyo.

Xa kuthelekiswa neziko lemveli, iziko lethu lokunyibilika lombane linethuba lokusebenzisa amandla amancinci, ukuvelisa izinto ezikhutshwayo ezimbalwa, kunye namaxesha okunyibilika akhawulezayo.Ngaphezu koko, zikwalula ukuzisebenzisa kunye nokuzigcina, zizenza zibe lukhetho olufanelekileyo kwimisebenzi yokunyibilika kwesinyithi.

Iimbonakalo

Ukufudumeza kwe-induction:I-Tilting Furnace yethu isebenzisa itekhnoloji yokufudumala kwe-induction, esebenza ngamandla ngakumbi kunezinye iindlela zokufudumeza, ezifana negesi okanye ukufudumeza kombane.

Ukusebenza kakuhle kwamandla: I-Tilting Furnace yethu yenzelwe ukwandisa ukusebenza kakuhle kwamandla, eneempawu ezifana noyilo oluphuculweyo lwekhoyili, ukuxinana kwamandla aphezulu, kunye nokuhanjiswa kobushushu okusebenzayo.

Indlela yokuthambeka:I-Tilting Furnace yethu ixhotyiswe ngendlela ethembekileyo nekulula ukuyisebenzisa, evumela umsebenzi ukuba agalele ngokuchanekileyo isinyithi esinyibilikisiweyo.

Ulungiso olulula:I-Furnace yethu ye-Tilting yenzelwe ukuba ibe lula ukuyisebenzisa kwaye igcinwe, eneempawu ezifana nezixhobo zokufudumeza okulula ukufikelela kuzo, ii-crucibles ezikhuphayo, kunye neenkqubo zokulawula ezilula.

Ulawulo lobushushu: OI-ur Tilting Furnace ineenkqubo eziphambili zokulawula ubushushu, ezivumela ukuba zichaneke kwaye zihambelane namaqondo obushushu okunyibilika.Ibandakanya abalawuli bobushushu bedijithali, ii-thermocouples, kunye nezinzwa zobushushu.

Inkcazo yobuGcisa

Umthamo weAluminiyam

Amandla

Ixesha lokunyibilika

Idayimitha yangaphandle

Igalelo lombane

Ubuninzi begalelo

Ubushushu bokusebenza

Indlela yokupholisa

130KG

30 KW

2 H

1 M

380V

50-60 HZ

20 ~ 1000 ℃

Ukupholisa umoya

200KG

40 KW

2 H

1.1 M

300KG

60 KW

2.5 H

1.2 M

400KG

80 KW

2.5 H

1.3 M

500KG

100 KW

2.5 H

1.4 M

600KG

120 KW

2.5 H

1.5 M

800KG

160 KW

2.5 H

1.6 M

1000KG

200 KW

3 H

1.8 M

1500KG

300 KW

3 H

2 M

2000KG

400 KW

3 H

2.5 M

2500KG

450 KW

4 H

3 M

3000KG

500 KW

4 H

3.5 M

FAQ

Yintoni unikezelo lwamandla kwiziko loshishino?

Unikezelo lwamandla kwiziko loshishino lunokwenziwa ngokwezifiso ukuhlangabezana neemfuno ezithile zomthengi.Sinokuhlengahlengisa ukunikezelwa kwamandla (i-voltage kunye nesigaba) ngokusebenzisa i-transformer okanye ngokuthe ngqo kumbane womthengi ukuqinisekisa ukuba isithando somlilo silungele ukusetyenziswa kwindawo yomsebenzisi wokugqibela.

Loluphi ulwazi ekufuneka umthengi alunike ukuze afumane ikowuti echanekileyo kuthi?

Ukufumana ikowuti echanekileyo, umthengi kufuneka asinike iimfuno zabo zobugcisa ezinxulumeneyo, imizobo, imifanekiso, amandla ombane kwishishini, iziphumo ezicwangcisiweyo, kunye naluphi na olunye ulwazi olufanelekileyo.

Yiyiphi imigaqo yentlawulo?

Imigaqo yethu yokuhlawula i-40% yokuhlawula phantsi kunye ne-60% ngaphambi kokunikezelwa, kunye nentlawulo ngendlela ye-T / T yokuthengiselana.

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