View as  
 
  • ipleyiti yokukhokela ihanger yeemveliso zombane umatshini omtsha wokurisayikilisha ibhetriI-hanger ye-anode yeeseli ze-electrolyticLo mzekelo uluncedo udiza ihanger ye-anode yeseli ye-electrolytic. Umphezulu wobhedu wobhedu unikezelwa ngeemingxuma ezininzi zokufakela iipali, kwaye umqadi wobhedu ubekwe kumacala omabini embobo yokufakela ipali enemingxuma yokuhlanganisana kunye nemingxuma yesikrufu ngokulandelelanayo. Amacala amabini obhedu obhedu abonelelwe ngokulinganayo kunye nemingxuma emininzi ye-screw, kwaye isiphelo esisezantsi sentonga ye-electrode ixhotyiswe ngecandelo lokudibanisa. Intonga ye-electrode ifakwe kumngxunya wofakelo wepali phezulu kumqadi wobhedu ngokusebenzisa icandelo lokudibanisa kwaye lidityaniswe neebholiti, kwaye inxalenye yangaphandle yentonga ye-electrode ixhotyiswe ngomkhono wokukhusela, Umphezulu we-sleeve yokukhusela unikezelwa i-groove phakathi kwentonga ye-electrode kunye nentonga ye-electrode. Umkhono wangaphandle wentonga ye-electrode uxhotyiswe ngentambo ye-screw, kwaye isiphelo esisezantsi sentambo ye-screw ihlelwe kwi-groove. Imodeli esebenzayo inesakhiwo esifanelekileyo, esilungele ngakumbi kuneendlela ze-welding zendabuko. Ngakolunye uhlangothi, iqinisekisa ukuzinza koqhagamshelo, kwaye isombulule ingxaki ye-welding ebangela i-skewness. Isiphelo esiphezulu se-sleeve sokukhusela sinikwe i-groove, kwaye isiphelo esisezantsi se-screw thread sibekwe kwi-groove ye-sleeve yokukhusela, iphucula kakhulu ukuzinza kwe-screw thread kunye ne-sleeve yokukhusela, kunye nokunciphisa amathuba okutyibilika. , ngaloo ndlela iqinisekisa ukusebenza ngokubanzi

  • umatshini wokulahlela we-slag weplanti entsha yokubuyisela ibhetriUmatshini wokuhlamba we-slagI-groove ene-horizontal ye-extractor ye-slag idityaniswe kwiiplate zetsimbi kunye neeprofayili, kwaye ihlukaniswe ngamacandelo amabini: phezulu nangaphantsi. Itanki ephezulu ixhotyiswe ngamanzi okupholisa, emazantsi igalelwe ipleyiti yentsimbi enganxibiyo kwigranulation eshushu ye-slag, kwaye umaleko ongezantsi ugalelwe ipleyiti ye-Diabase yokunxiba-resistant. I-tank ephezulu ye-extractor ye-slag ixhunywe ngokubanzi kumnyango ovaliweyo ukuze utywine izantsi kunye nokuphucula ukusebenza kakuhle kwe-thermal yebhoyili. Uthuthu olukhutshelwe yityathanga le-scraper luya kukhutshelwa kwindawo ethambekele phezulu ye-chute ukunciphisa umthamo wamanzi we-slag kwaye uqinisekise ukuba awudluli kwi-25%. I-chute ephezulu kunye nesezantsi yecandelo elithambekele phezulu libekwe ngamacwecwe anqabileyo angagugiyo, kunye nobomi benkonzo obungekho ngaphantsi kweminyaka engama-30.

  • i-aluminiyam yokunyibilikisa iziko lokungeniswa kumatshini wokutyhilwa kwentsimbi ye-automation ye-automation yase-china yemveliso yombaneIziko lokungeniswaI-furnace induction ene-frequency range ye-150 ukuya kwi-10000 Hz ibizwa ngokuba yi-intermediate frequency induction furnace. I-furnace ye-medium frequency induction sisixhobo esikhethekileyo sokunyibilikisa esifanelekileyo sokunyibilikisa isinyithi esikumgangatho ophezulu kunye neealloys. Ineengenelo ezinje ngesantya sokunyibilika okukhawulezayo, ukusebenza kakuhle kwemveliso, ukuguquguquka okuqinileyo, ukusetyenziswa okuguquguqukayo, isiphumo esihle sokuvuselela i-electromagnetic, ukusebenza ngokulula kokuqalisa, kunye nolwelo lwentsimbi olugqunywe yi-slag (ukunciphisa ungcoliseko lomoya wolwelo lwentsimbi). Isixhobo esipheleleyo se-medium frequency induction furnace ibandakanya: unikezelo lwamandla kunye nenxalenye yolawulo lombane, indawo yomzimba wesithando somlilo, isixhobo sokuhambisa, kunye nenkqubo yokupholisa amanzi.I-furnace ye-frequency induction i-medium frequency ifanelekile ngokukodwa kwiziko ezinkulu, eziphakathi, kunye nezincinci ezinomthamo wamashumi eetoni ze-10kg. Isetyenziselwa ukunyibilikisa intsimbi, isinyithi, ubhedu, i-aluminiyam, kunye nezinye iintsimbi ezingezizo i-ferrous kunye ne-alloys yazo, kunye nokugquma kwesinyithi. Inokulungelelaniswa okunamandla kwizinto zomlilo kwaye ifanelekile kwimisebenzi ephakathi. Ulwakhiwo lwesithando somlilo kunye nokusetyenziswa ziyafana nezo zesithando somlilo esingenaziko. Ukusukela ngeminyaka yoo-1970s, ngamandla andayo kunye nokuthembeka kobuchule obuphezulu, obungaguqukiyo, kunye nesinyithi songa i-thyristor phakathi konikezelo lwamandla ombane ophakathi, amafurnashi aphakathi aphuhliswe ngokukhawuleza ngaphakathi nangaphandle. Abanamalungelo acacileyo kuphela kumthamo omncinci kunye nobukhulu obuphakathi, kodwa kwakhona bathatha indawo yamaziko okwenziwa kwemizi-mveliso angenantliziyo kumthamo omkhulu.

  • ukukhokela ibhetri esilahliweyo kwiziko lokungunda ingot ekrwada umatshini wokwenza ibhetri yeasidiizinc ekrwada zokungunda ilothe yobheduInkampani yethu ivelisa iintsimbi zeglasi yesanti yesanti kunye nokubumba ingot. Siyakwazi ukuvelisa iicastings ezinobunzima obuphakathi kwe-10kg kunye ne-2000kg ngeqhekeza ngalinye. Iimveliso zethu eziphambili ziquka ukungunda kobhedu olurhabaxa, ukubumba okurhabaxa okukhokelayo, ukubumba okurhabaxa kwe-aluminiyam, kunye nokubumba kwe-zinc. Sisebenzisa izinyibiliki zentsimbi ezinkulu nezingeyontsimbi kwaye zithunyelwe kumazwe anjengeVietnam neIndiya. Wamkelekile ukuba uqhagamshelane nathi ukwenzela uthethathethwano olungaphaya.

  • Umatshini wokuphinda usebenzise ibhetri ye-asidi yokucoca itafile yesithando somliloIreflection yokucoca izikoUyilo lwangoku ludiza inkqubo yokuvuthela ezantsi yokusulungekiswa kwealkaline yelothe ehlaziyiweyo ngendlela yomlilo. Emva kokuba ulwelo lwelothe ekrwada lugalelwe kwiziko lokusulungekisa ukusuka kwiziko lokunyibilika, igesi ye-argon iqalwa ukusuka ezantsi. Xa iqondo lobushushu lolwelo olukhokelayo lihla ukuya kutsho malunga ne-330 ℃, i-slag iyacolwa, kwaye umxholo wobhedu okhokelayo uyancitshiswa ukuya malunga ne-0.1% ngokunyibilika nokususa ubhedu. Emva kwe-skimming, umgubo wesulfure utshizwa ngaphantsi kweziko lokusulungekisa ukususa ngakumbi ubhedu. Ubushushu buphakanyiswe ukuya kwi-450-480 ℃, kwaye ukusabela kuqhutyelwa kwi-30-60 imizuzu. I-sulfide slag iyasuswa ukugqiba inkqubo yokususa ubhedu; Xa ubushushu bolwelo olukhokelayo bumalunga ne-450 ℃, umgubo weSodium nitrate kunye nesodium hydroxide zivuthelwa ukusuka ezantsi kwiziko lokusulungekisa. Emva kokusabela kwi-30min, i-NaCl powder ivuthelwa phantsi kwesithando sokucoca nge-argon gas ukugqiba inkqubo yokususa i-arsenic, i-antimony kunye ne-tin. Ilahleko yenkqubo yokuvuthela esezantsi, i-arhente yokucoca kunye/okanye i-alloy iyancipha kakhulu; Kukho kuphela irhasi engasebenziyo ene-solubility ephantsi eqinileyo kulwelo olukhokelayo, olungaxutywanga lula lulwelo olulothe kunye nelothe. Akukho slag lead ngaphakathi elulwelo lead kunye ilothe ingot. Xa usebenzisa i-recycled lead, kukho i-slag ye-lead encinci kwaye isivuno se-slag siphantsi; Ngethuba lenkqubo yokucoca, umphezulu we-lead liquid uhlala ukhuselwe yi-argon gas, engasetyenziselwa imisebenzi yokususwa kwe-Ag ephezulu. Ilothe ehlaziyiweyo iqulethe umxholo we-Ag ophantsi; Irhasi ye-argon evuthelwe emazantsi iya kudada kunye namasuntswana amancinci e-bismuth, okukhokelela kumxholo ophantsi we-bismuth kwiingots ezikhokelayo.

  • imbiza yokucokisa ibhetri entsha yokurisayikilisha yentsimbi kunye noomatshini besinyithiImbiza yokunyibilikisa ilotheIzinto eziphathekayo yi-Q245R i-boiler steel plate (δ=25mm), kunye nezantsi kweketile yelothe ngumzimba we-hemispherical. Impompo yelothe isetyenziselwa ukuthutha ukusuka kwiketile yokusulungekisa ukuya kwiketile yolwakhiwo lwealloyi.Ukubunjwa kweekhemikhali kunye nepropati yomatshini we-Q245R.Iipleyiti zensimbi ezipholileyo zivame ukuba nobukhulu be-40 ukuya kwi-50mm, ezinokuveliswa ngokomzobo;Imbiza ekhokelayo sisikhongozelo esenziwe ngemiphanda yentsimbi etyhutyhayo kunye neentloko ezishinyeneyo ezidityanisiweyo, okanye esenziwe ngokugximfizwa kwangexesha elinye kunye nokuwelda komlomo wembiza, enomthamo osusela kwi-3T-120T, inkqubo edityanisiweyo inokwenziwa ubungakanani obulungiselelwe wena.Iipleyiti zensimbi ezipholileyo zivame ukuba nobukhulu be-40 ukuya kwi-50mm, ezinokuveliswa ngokomzobo;