I-Cyclone sisixhobo sokwahlula nokwahlulahlula esiyimfuneko kwimveliso yemizi-mveliso. Nokuba sikwi-processing mineral, i-chemical industry, okanye i-desulfurization, sixhomekeke kuyo ukuze sahlule ngokuchanekileyo amasuntswana arhabaxa nacolekileyo, kunye nezinto ezikhaphukhaphu nezinzima kwizixhobo ezixutyiweyo. Isitshixo sokuba i-cyclone ingakwazi ukumelana novavanyo lweemeko zokusebenza kwaye isebenze ngokuzinzileyo ixesha elide sikwi-inline yangaphakathi - njengokubeka umaleko "wezixhobo zokukhusela" kwizixhobo. Ukukhetha izinto ezifanelekileyo ze-inline yangaphakathi kunokunciphisa ukusilela kwezixhobo kwaye kwandise ubomi benkonzo yazo. Phakathi kwezinto ezininzi ze-inline,iiseramikhi ze-silicon carbide zoshishinoziye zaba lukhetho olukhethwayo phantsi kweemeko ezinzima zokusebenza ngenxa yokusebenza kwazo okugqwesileyo.
Abanye abantu banokuzibuza ukuba kutheni kufuneka kusetyenziswe izinto ezilungileyo kwi-lining ye-cyclone? Enyanisweni, xa i-cyclone isebenza, izinto zijikeleza ngesantya esiphezulu phantsi koxinzelelo, kwaye kuya kubakho ukukhukuliseka okunamandla kunye nokungqubana phakathi kwamasuntswana kunye ne-lining yangaphakathi. Ukuba idibana ne-media ebolileyo, i-lining yangaphakathi nayo kufuneka imelane nokuhlaselwa yi-corrosion. Izinto eziqhelekileyo ziya kuguga kwaye zivuze kungekudala, nto leyo engadingi nje kuphela ukuvalwa rhoqo kunye nokutshintshwa kweendawo ukuze kulibaziseke imveliso, kodwa ikwanyusa iindleko zokusebenza kunye nokugcinwa. Kwixesha elidlulileyo, irabha kunye nesinyithi esiqhelekileyo zazisetyenziswa njengezinto ze-lining, ezazineziphumo ezithile. Nangona kunjalo, xa zijongene nokukhukuliseka kwamasuntswana abukhali ngesantya esiphezulu kunye neendawo ezibolileyo ezinobushushu obuphezulu, ukusilela kwakucacile kakhulu. Nokuba zazingengomeleleki kwaye kulula ukuziqhekeza, okanye zazingengomeleleki kwaye zilungele ukuguga, okwenza kube nzima ukuhlangabezana neemfuno ezahlukeneyo ezifuna amandla.
Ulwelo lwe-silicon carbide cyclone lunokuzizalisa ngokuchanekileyo ezi zikhewu, luxhomekeke kwiingenelo zalo eziqinileyo zezinto. Eyona nto ibalaseleyo kukumelana nokuguguleka. I-silicon carbide inobunzima obuphezulu, ilandela idayimani kuphela. Ijongene nokuguguleka kwamasuntswana ngesantya esiphezulu, ayizukuguguleka kancinci njengezinto eziqhelekileyo, kodwa inokumelana nokungqubana ngokuthe chu. Nokuba amasuntswana abukhali anemiphetho ebukhali aqhubeka nokuchaphazeleka, umphezulu wangaphakathi we-lining unokuhlala uthambile kwaye ungaguquki, nto leyo enciphisa ngokusisiseko ilahleko ezibangelwa kukuguguleka. Ngaphezu koko, ukumelana kwayo nokuguguleka akubuthathaka, kwaye inokugcina ukumelana nokuguguleka okuzinzileyo nokuba izinto zixinene kangakanani na okanye isantya sokuhamba, ngaphandle kwesidingo sokuhlala uxhalabile malunga nokuguguleka kunye nokungaphumeleli kwe-lining.
Ukongeza ekungagugini, ukuxhathisa ukugqwala kukwayinto ephambili kwi-silicon carbide lining. Kwiimeko ezininzi zokusebenza kwemveliso yemizi-mveliso, i-acidic kunye ne-alkaline media ziyadibana. Ezi corrosive media "ziintshaba zendalo" ze-metal lining, ezinokubangela ukugqobhoka kokugqwala kwaye zikhawulezise ukuguga kwe-rubber lining. I-Silicon carbide ineempawu zeekhemikhali ezizinzileyo, kwaye ngaphandle kwe-media ezimbalwa ezikhethekileyo, ayisebenzi kangako kwi-acid kunye ne-alkali salts, njengokwakha "udonga lokukhusela iikhemikhali". Nokuba i-corrosive media iyahlanjwa, i-lining inokuba ikhuselekile kwaye iphilile, iphephe ilahleko ezibangelwa kukuvuza kwezinto kwaye inciphise iingozi zokusingqongileyo.
Ukumelana nobushushu obuphezulu kwenza ukuba ulwelo lwe-silicon carbide cyclone lufaneleke kwiimeko zokusebenza ezinzima ngakumbi. Ezinye iinkqubo zoshishino zinobushushu obuphezulu bezinto eziphathekayo, kwaye ulwelo oluqhelekileyo luya kuthamba kwaye luguquguquke kubushushu obuphezulu, nto leyo ebangela ukwehla kokumelana nokuguguleka. Nangona kunjalo, i-silicon carbide inokumelana neendawo ezinobushushu obuphezulu kwaye iqhubeke inamandla aphezulu, ubulukhuni obuphezulu, kunye nokusebenza okuzinzileyo kubushushu obuphezulu.
Enye ingongoma ebalulekileyo kukuba ukuguda komphezulu we-silicon carbide lining kuphezulu, i-friction coefficient incinci, kwaye izinto azinamatheli lula eludongeni xa zihamba kwi-cyclone. Ngale ndlela, inokuqinisekisa ukuba ukusebenza kakuhle kokwahlulwa kunye nokuhlelwa kwe-cyclone akuphazamisekanga, kwaye inciphise ukuvaleka okubangelwa kukunamathela kunye nokuqokelelana kwezinto, ukugcina izixhobo zikwimeko yokusebenza esebenza kakuhle kwaye ngokungathanga ngqo kuphucule umgangatho kunye nokusebenza kakuhle kwemveliso.
Abanye abantu banokuzibuza ukuba ingaba i-hardcore lining enjalo ibuthathaka kakhulu? Enyanisweni, ukuba nje ulawulo lwasekuqaleni lwenziwe kakuhle kwiimeko zokusebenza ukuze kuthintelwe ukuchatshazelwa ngokuthe ngqo ziinxalenye ezinkulu kunye nezinto eziqinileyo, ukusebenza kwe-silicon carbide lining kunokusetyenziswa ngokuzinzileyo. Nangona ingenawo amandla kunye nokuqina okufanayo nerabha, igqwesa ngokuqina kunye nokuzinza, isebenzisa indlela "yokubetha nzima" ukujongana nokuguguleka kunye nokubola, ehlangabezana ngokugqibeleleyo neemfuno eziphambili zokusebenza kweenkanyamba.
Kule mihla, imveliso yemizi-mveliso iyaqhubeka ilandela ukusebenza kakuhle, ukusetyenziswa okuphantsi, kunye nokuzinza. Umgca wee-silicon carbide cyclones uye waba lukhetho lwamashishini amaninzi ngenxa yeenzuzo zayo ezininzi zokungagugi, ukumelana nokugqwala, kunye nokumelana nobushushu obuphezulu. Ayinakwandisa kuphela ubomi benkonzo ye-cyclone kwaye inciphise amaxesha okugcinwa kokuvalwa, kodwa ikwakhusela ukuqhubeka kwemveliso. Ngezixhobo eziqinileyo, inika amandla izixhobo ukuba zisebenze ngokufanelekileyo kwaye iba "ngumkhuseli wokwenene" kwimveliso yemizi-mveliso.
Kwixesha elizayo, ngokuphuculwa okuqhubekayo kwetekhnoloji ye-ceramic yemizi-mveliso ye-silicon carbide, ulwelo lwee-cyclone ze-silicon carbide luya kulungiswa kwiimeko zokusebenza ezinzima ngakumbi, nto leyo enegalelo ekuphuculeni umgangatho wemveliso yemizi-mveliso, ukunciphisa iindleko, kunye nophuhliso oluluhlaza.
Ixesha leposi: Disemba-30-2025