Ngophuhliso lweshishini lamandla ombane laseTshayina kunye nokuphucula inqanaba lobuchwepheshe, inqanaba lamandla ombane elisetyenziswa kulwakhiwo lweegridi zamandla nalo liyakhula, iimfuno zobugcisa zothumelo lweemveliso zombane ziya zinyuka ngokunyuka.
Itekhnoloji ephambili yolu shishino yile ilandelayo:
1, isampula yesampulu yetekhnoloji ibhekisa kwishishini lenqaba ngokwemizobo yoyilo kunye nolunye ulwazi lobuchwephesha, ngokusekwe kwimigangatho yobugcisa, iinkcukacha, ngesoftware ekhethekileyo yokulinganisa ukulinganisa, uqwalaselo olubanzi lweemfuno zenkqubo yemveliso kunye neemfuno zezinto ezibonakalayo. , ukuqulunqwa kwenkqubo yokusebenzela ukusebenzisa imizobo yenkqubo yeteknoloji yokucubungula inkqubo. Ukwenziwa kwesampulu sisiseko kunye nesiseko sokwenziwa kweenqaba, esinxulumene nokuchaneka kunye nokuchaneka kokusetyenzwa kweenqaba. Inqanaba lobungqina liphezulu okanye liphantsi, ukufaneleka kwendibano yovavanyo lwenqaba, ukuthotyelwa, njl njl. kunempembelelo eninzi, kwaye kwangaxeshanye kuchaphazela iindleko zokwenziwa kweenqaba zeshishini lenqaba. Itekhnoloji yesampulu yesampulu yothumelo lwamandla idlule kwizigaba ezithathu: inqanaba lokuqala lokwandiswa kwesandla, kukuthatha iisampulu zabasebenzi ngokobungakanani obusisiseko bemizobo yoyilo lwenqaba, ngokomgaqo wengqikelelo ye-orthographic, kwipleyiti yesampulu ngokomlinganiselo we-1. :1, ngokusebenzisa uthotho lomzobo womgca ukufumana isakhiwo sendawo yenqaba yemephu evulelekayo yeplani. Isampulu yemveli ibonwa ngakumbi, kwaye ilungile kwaye kulula ukujonga ipleyiti yesampulu kunye nesibonda sesampulu, kodwa ukusebenza kakuhle kwesampulu kuphantsi, impazamo kunye nokuphindaphinda umthwalo womsebenzi mkhulu, kwaye kunzima ukujongana namacandelo akhethekileyo (afana ne isibiyeli somhlaba, i-tower leg V icandelo kunye nezinye izakhiwo eziyinkimbinkimbi), kwaye kuthatha ixesha elide ukwandisa umjikelezo wesampulu kwaye uhlakulele abasebenzi besampula. Inqanaba lesibini yisampulu ebalwa ngesandla, esebenzisa ubukhulu becala indlela yejometri yokusombulula oonxantathu kunye nemisebenzi yetrigonometric yendiza ukubala imilinganiselo yokwenyani kunye nee-engile kumzobo oqhubekayo weendawo zenqaba. Le ndlela ichaneke ngakumbi kunesampulu yesandla, kodwa i-algorithm inzima kwaye ineempazamo, kwaye kunzima ukujongana nezakhiwo ezintsonkothileyo zendawo. Inqanaba lesithathu kukuthatha iisampulu ezincediswa yikhompyutha, ngokusetyenziswa kwesoftware yeesampuli ezikhethekileyo zomsebenzi wesampulu yenqaba, oko kukuthi, ngesoftware yesampulu kwindawo enemigangatho emithathu yesakhiwo senqaba yolwakhiwo lwemodeli ye-1: 1, ukuze fumana ubungakanani bokwenene bamacandelo enqaba kunye nokubunjwa kwe-angle kunye nezinye iiparameters, kunye nokusetyenziswa kweempawu zesofthiwe ukufezekisa imephu kunye nokudweba iisampuli, uluhlu lwemveliso yoshicilelo kunye nokunye. Iisampulu zekhompyuter azikwazi nje ukwenza iisampulu ezinamacala amabini, kodwa kunye nesampulu yedijithali enemigangatho emithathu, ukunciphisa ukubalwa kwesampulu yenqaba kunye nobunzima bokubala, ukuphucula ukuchaneka kwesampulu kunye nokusebenza kakuhle kwesampulu, ngelixa ikwaqonda ukubonwa kwesampulu, ukwenzeka kwezinto, ukuqiniswa, ukuqonda. Ukuphuhliswa kwesoftware yemodeli yoncedo lwekhompyuter iye yadlula kwizigaba ezine, ukusuka kwezona zilungelelaniso zimbini-dimensional zokufakwa kwedatha yombhalo, ukuya kulungelelwaniso lwesithathu-dimensional lokufakwa kwedatha yombhalo, kwaye emva koko ukuya kwiindlela ezintathu-dimensional ze-AutoCAD phantsi kwegalelo elisebenzayo, kwaye ekugqibeleni ukuphuhliswa kwamacandelo amathathu-dimensional phantsi kwegalelo elisebenzayo ledatha yeqonga lomsebenzi. Isiseko sobuchwephesha sesampulu esinemigangatho emithathu yexesha elizayo ngumsebenzi ohlangeneyo kunye nokudibanisa itekhnoloji, iisampulu enemigangatho emithathu yesiphelo sangaphambili kunye noyilo lwenqaba oludityaniswe ngasemva kwenkqubo yolawulo lwemveliso yeshishini, kwaye ngokuthe ngcembe kwishishini- ulwazi lwenqanaba lophuhliso lokudibanisa, ukuze kuphunyezwe ukuveliswa okuthe tye, ngokukhawuleza, okuguquguqukayo.
I-2, izixhobo ze-CNC ezinokwakhiwa okukhawulezileyo kweegridi zamandla, imfuno yemveliso yenqaba iye yanda kakhulu, imodeli yemveliso ye-transmission tower yanda ngokuthe ngcembe, kunye necandelo lebar ukusuka kokulula ukuya kwi-complex, icandelo lebha ukusuka kwizinto ezilula ukuya kwi-complex, icandelo lebar ukusuka kwizinto ezilula. , icandelo lebar ukusuka kokulula ukuya kuyinkimbinkimbi, icandelo lebar ukusuka kokulula ukuya kuyinkimbinkimbi. Icandelo le-Pole ukusuka kwi-elula ukuya kwi-complex, ukusuka kwi-angle enye yentsimbi ukuya kwi-double splicing angle iron, intsimbi ye-angle yokuphonononga ezine; ukusuka ekuphuhliseni isibonda sombhobho wentsimbi ukuya kwinqaba yohlobo lwelatisi; ukusuka kwi-engile yentsimbi esekelwe kwi-angle yentsimbi ukuya kuphuhliso lombhobho wentsimbi, ipleyiti yentsimbi, intsimbi kunye nezinye izakhiwo ezixubeneyo ezifana neenqaba zemibhobho yentsimbi, i-pali yensimbi edibeneyo, isibiyeli sesakhiwo se-substation njalo njalo. iimveliso Tower ngokuthe ngcembe ukuya yantlukwano, ubungakanani enkulu, ulwalathiso amandla aphezulu, ukukhuthaza inkqubela yobugcisa kushishino inqaba, lo gama ezisa isixhobo processing inqaba rhoqo zihlaziywa kwaye ziphuhliswe. Ngophuculo oluqhubekayo lwenqanaba lobugcisa bokwenza izixhobo zaseTshayina, izixhobo zokusetyenzwa kwenqaba, inqanaba lokuzenzekelayo liye landa ngokuthe ngcembe ngezixhobo zokusetyenzwa ngesandla ngokuthe ngcembe zaphuhliswa kwizixhobo zokusetyenzwa kwe-semi-automated, izixhobo ezizenzekelayo. Namhlanje, izixhobo zokusetyenzwa kwenqaba ziye zaphuhliswa kwizixhobo ze-CNC, umgca wemveliso odibeneyo we-CNC, inqanaba lokuzenzekelayo ukufumana ukonyuka okukhulu kwiinkqubo ezingundoqo zokwenziwa kwe-tower ngokusisiseko ukuqonda imveliso ezenzekelayo. Okwangoku, kunye nophuhliso lweteknoloji yokuvelisa ezikrelekrele, ngakumbi nangakumbi multi-esebenzayo multi-esebenzayo oludityanisiweyo izixhobo processing ezisetyenziswa kushishino inqaba, ezifana izinto ekrwada ilabhoratri unmanned, multi-functional CNC umgca wokuvelisa angle, laser undercutting umngxuma-ukwenza izixhobo processing edibeneyo. , umatshini wokusika umbhobho we-laser onzima, i-CNC i-double beam laser composite processing equipment, i-robot ye-axis ye-axis yenyawo ye-welding, inkqubo yokubeka iliso kwi-intanethi esekelwe ekuqapheliseni okubonakalayo, friendly ukusingqongileyo Intelligent galvanizing umgca wemveliso njalo njalo zisetyenziswa ngakumbi kwishishini lenqaba. Iimfuno zokwakha zeworkshop yedijithali, kunye nokukhuthaza ngakumbi izixhobo zokusetyenzwa kweshishini lenqaba yenguqu "yezixhobo ezizizidenge", ukuphucula idijithali yayo, inqanaba lolwazi. Ngokusetyenziswa kweteknoloji yokuvelisa izixhobo eziphambili, izixhobo zokusetyenzwa kweenqaba, umgangatho wobukrelekrele uya kuba phezulu nangaphezulu, izixhobo zokusetyenzwa kweenqaba ezikrelekrele ziya kusetyenziswa kushishino lokusetyenzwa kwenqaba.
I-3, iteknoloji ye-welding yeteknoloji ye-welding yi-high-temperature okanye i-high-pressure conditions, iya kuba ngamaqhekeza amabini okanye amabini okanye ngaphezulu kwezinto zomzali ezidibeneyo kunye nokufezekisa ukuxhamla phakathi kwe-atomic yenkqubo yokuvelisa kunye nobuchwepheshe. Kwimveliso yemveliso yomgca wothumelo, uninzi lwezakhiwo kufuneka ludityaniswe ukuze luqonde uqhagamshelo phakathi kwamalungu, umgangatho wokuwelda uchaphazela ngokuthe ngqo amacandelo etower yothungelwano lwamandla kunye nenqaba emiselweyo kunye nokhuseleko lokusebenza. Umzi-mveliso wokwenziwa kweetower zothumelo lwamandla yibhetshi encinci eqhelekileyo, iindidi ezininzi, ukusetyenzwa okucacileyo. Indlela yendabuko yokuwelda, ukusetyenziswa kwe-scribing ye-manual, iqela le-manual kunye ne-welding ye-spot fixed, i-welding ye-arc ye-manual, ukusebenza kakuhle okuphantsi, ukuxinwa kwabasebenzi, umgangatho we-welding yimiba yabantu inempembelelo enkulu. Ngokuvela kwee-high-voltage transmission line towers (kubandakanywa nenqaba enkulu ejikelezayo) kunye nezinye iimveliso eziyinkimbinkimbi zesakhiwo, inkqubo ye-welding ibeka iimfuno eziphezulu. Ukuveliswa kwezi mveliso zingasentla akukhona nje umthwalo omkhulu wokuwelda, isakhiwo sokuwelda sinzima ngakumbi, iimfuno zomgangatho we-welding nazo ziphezulu, okwenza inkqubo yokuwelda inqaba ngokuthe ngcembe yahluka. Kwindlela ye-welding, ngoku, amashishini aseTshayina othungelwano lwamashishini kwi-CO2 yegesi ekhuselwe ukuwelda kunye ne-arc yokuwelda i-arc ezenzekelayo, inani elincinci lamashishini lifaka inkqubo ye-tungsten argon arc welding, kunye ne-electrode arc welding isetyenziselwa ukuwelda okanye okwethutyana. ukuwelda iindawo zokuwelda. Tower welding indlela ukusuka yemveli electrode arc welding, yaye ngokuthe ngcembe waqalisa ukusebenzisa esebenzayo ngakumbi eqinileyo core kunye flux cored ucingo CO2 igesi ekhuselwe ukuwelda, ucingo olunye kunye multi-ingcingo entywiliselwe welding arc kunye nezinye iinkqubo welding. Ngokubhekiselele kwizixhobo zokuwelda, kunye nophuhliso lwezixhobo ezikrelekrele kunye nokunyuka kweendleko zabasebenzi kwiminyaka yakutshanje, kuye kwanika ukuphakama kwinqanaba eliphezulu lokuzenzekelayo kwesixhobo sokuwelda inqaba kunye nenkqubo yokuwelda, njengesixhobo sokudibanisa umbhobho wentsimbi, umbhobho wentsimbi. - i-flange i-automatic assembly welding line line, i-pali yombhobho wentsimbi (inqaba) umgca wemveliso we-welding engundoqo, i-angle yentsimbi ye-welding unyawo lwerobhothi. Ngokubhekiselele kwizinto zokuwelda, i-Q235, inkqubo ye-Q345 yomgangatho we-welding yentsimbi iye yavuthwa kwaye yaqina, inkqubo ye-Q420 yomgangatho we-steel welding iye ikhula ngokukhula, i-Q460 i-teknoloji ye-welding ye-steel ye-teknoloji iye yavavanywa ngempumelelo kwaye yasetyenziswa kwinqanaba elincinci. Kwinqaba enkulu ye-span, i-pali yentsimbi emile kunye ne-substation structure bracket project, isinyithi esityhidiweyo, i-aluminium alloy, insimbi engenasici kunye nezinye izinto zokuwelda nazo zinenani elincinci lezicelo, iteknoloji ye-welding ye-tower ibeka phambili iimfuno eziphezulu.
I-4, indibano yovavanyo yendibano yovavanyo lwentambo yothumelo kukuvavanya iinxalenye zenqaba yothumelo, amacandelo ukuhlangabezana noyilo kunye nokufakelwa kweemfuno zomgangatho kwindibano yangaphambili ngaphambi kokushiya umzi-mveliso ufakwe igalvan phambi kofakelo lulonke lweemveliso zenqaba. uvavanyo lokugqibela, injongo yalo kukuvavanya ukufakwa jikelele kweempawu zesakhiwo kunye nobukhulu bemveliso, kunye nokuqinisekisa umgangatho wemveliso. Kukuhlolwa kokugqibela kwesakhiwo sofakelo ngokubanzi kunye nobukhulu bemveliso yenqaba phambi kokufakwa kwe-galvanization, kwaye injongo yayo kukuqinisekisa ukuchaneka kokukhutshwa kunye nokuhambelana kwamacandelo kunye nokulungiswa kwamacandelo, kwaye yinkqubo ephambili ngaphambi kokuba iimveliso zihambe. umzi-mveliso. Ke ngoko, ngokuqhelekileyo khetha uhlobo lwenqaba yenqaba yokuqala yendibano yovavanyo, ukwenzela ukuba kwinqaba yokulungiswa kwebhetshi. Ukwenzela isilumkiso, amanye amashishini enqaba kuhlobo lwenqaba emva kwendibano yovavanyo lwesiseko sokuqala, ukuphakama komnxeba kumacandelo ahlukeneyo abalulekileyo enqaba, kodwa nakwindibano yangaphambili yendawo, ukuze kuqinisekiswe ukuba inqaba yeqela egudileyo. . Indibano yesiqhelo yovavanyo yendibano yomzimba, ixesha lendibano jikelele yohlobo lwenqaba nganye ziintsuku ezi-2 ukuya kwezi-3, inqaba yentsimbi ephezulu yombane ophezulu wombane okanye isakhiwo esintsonkothileyo senqaba, indibano kunye nokudilizwa kwenqaba ifuna ngaphezulu kweentsuku ezili-10 okanye ngaphezulu, ngexesha apho kufuneka ukutyalomali kubasebenzi abaninzi kunye nezixhobo, iindleko zokuvelisa inqaba kunye neshedyuli yokucubungula inempembelelo enkulu, kwaye kukho umngcipheko omkhulu wokhuseleko. Ngophuhliso lwesoftware yesampulu enamacala amathathu, itekhnoloji yokuhlola i-laser, amanye amashishini enqaba ukunciphisa iindleko kunye nokulawula imingcipheko yokhuseleko, ukwenza idijithi yedijithali esekwe kuphando lwendibano yovavanyo lwenyani. Indibano yesilingo esibonakalayo kusetyenziso lwetekhnoloji yedijithali enamacala amathathu, imodeli enamacala amathathu kunye neteknoloji yokwakhiwa ngokutsha kwe-laser kudityanisiwe, ngokusebenzisa amacandelo okuskena kwe-laser ukwenza i-point cloud, ukusetyenziswa kwamacandelo okubuyisela ilifu, kwaye emva koko usebenzise indibano. isoftware kumacandelo okudityaniswa okubonakalayo, kwaye ekugqibeleni emva kokudityaniswa kwenqaku lelifu lokubuyisela imodeli ye-dimensional emithathu kunye nenqaba yemodeli ye-dimensional emithathu yokuthelekisa kunye nohlalutyo, ngokusebenzisa iziphene zokulumkisa kwangaphambili kunye neminye imisebenzi yokufumanisa ukuchaneka kwamacandelo, ukuze kuphunyezwe injongo yokuhlanganisana kovavanyo. Injongo yendibano. Okwangoku, itekhnoloji iye yakhula ngakumbi nangakumbi, i-Zhejiang Shengda engaphantsi kwenkampani isekwe kwi-digitization ene-dimensional-dimensional yendibano yesilingo esiluncedo sokuzama ukuqokelela isixa esithile samava nakwiprojekthi yosasazo ye-“Chongming 500kV yaseYangtze. Ukuwela umlambo” ekusetyenzisweni ngempumelelo kolu shishino phambili. Kunokuqikelelwa ukuba ngophuculo oluqhubekayo kunye nenkqubela phambili yetekhnoloji, itekhnoloji yendibano yovavanyo olunemigangatho emithathu yothumelo lwetower iya kuba nendawo ebanzi yophuhliso.
I-5, imveliso ekrelekrele yokuvelisa isekelwe kwisizukulwana esitsha solwazi kunye netekhnoloji yonxibelelwano kunye neteknoloji yokuvelisa iteknoloji enzulu, kuyilo lonke, imveliso, ulawulo, inkonzo kunye neminye imisebenzi yokuvelisa kuzo zonke iinkalo zendlela entsha yokuvelisa, kunye ukuzazi, ukuzifundela, ukuzenzela izigqibo, ukuzenzela, imisebenzi eguquguqukayo, njalo njalo. Indlela yokuvelisa, ngaloo ndlela ibe yindawo eshushu kwishishini lokuvelisa, eliye latsala ingqalelo enkulu. Ishishini lokwenziwa kweetower zothumelo lothungelwano lishishini elincinci ngokwentelekiso, kwaye lineempawu zokwahluka kwemfuno yemalike kunye nokwenziwa kwemveliso ngokwezifiso, ukukhuthaza ukwenziwa kwezinto ezikrelekrele kuzise ubunzima, ishishini lilonke lemveliso ekrelekrele yaqala emva kwexesha noko. Nangona kunjalo, iinkampani zenqaba zinezinga eliphezulu lomdla wokwazisa izixhobo ezitsha ezinomsebenzi othe kratya, ukusetyenzwa okuthe kratya okudityanisiweyo, ukomeleza izixhobo ezizisebenzelayo, inqanaba lobukrelekrele, “ngomatshini endaweni yomntu”, ukuphucula umgangatho wemveliso kunye nokusebenza kakuhle. Imveliso ekrelekrele yindlela eya kuphuhliso lwexesha elizayo loshishino. Kwangaxeshanye, kwiGridi kaRhulumente, iSouth China Power Grid kunye nabanye abathengi abasezantsi ukukhuthaza amashishini enqaba ukukhawulezisa ukusetyenziswa kwezixhobo ezikrelekrele kunye nobuchwepheshe bolwazi, ukukhuthaza itekhnoloji yokuchongwa okubonakalayo, i-Intanethi yeTekhnoloji ye-Intanethi, ukuveliswa okukrelekrele kunye nezinye. itekhnoloji yokuvelisa ephucukileyo, ukukhawulezisa inkqubo ye-MES yeshishini, usetyenziso lwenkqubo ye-ERP, ukukhuthaza ishishini lokuvelisa inqaba "elithambileyo", "lukhuni", "lukhuni" kunye "nothambileyo". "" Kunzima" indibaniselwano yeemodeli ezintsha zophuhliso.
I-6, inqaba entsha yokuhanjiswa kwezinto zokuthutha i-tower yisakhiwo esiqhelekileyo sensimbi, yiprojekthi yokuhanjiswa kunye ne-substation kwixabiso elikhulu lezixhobo zombane ezisetyenziselwa isinyithi. Ngokweentlobo ezahlukeneyo zeemveliso zomgca we-transmission line, iintlobo eziphambili zezinto eziluhlaza nazo zihluke, apho, izinto eziphambili ze-angle tower hot-rolled equilateral angle steel, ipleyiti yensimbi eshushu; inqaba yensimbi eyona nto isetyenziswayo kumbhobho we-LSAW, i-flange yokubumba, intsimbi ye-engela elinganayo eshushu, ipleyiti yentsimbi eshushu; izixhobo eziphambili zentsimbi yentsimbi eshushu; substation isakhiwo isibiyeli izixhobo eziphambili ekrwada intsimbi, intsimbi, intsimbi umbhobho. Ixesha elide, iinqaba zothumelo lwamandla eTshayina kunye neentlobo ezahlukeneyo zentsimbi, amandla angekho phezulu, izinto eziya kwi-Q235B, i-Q355B ye-carbon structural steel. Imfuno ekhulayo yolwakhiwo lweeprojekthi zombane we-Ultra-high ikhuthaze ukuhlukahluka kweentlobo zentsimbi ezisetyenziselwa iinqaba, imilinganiselo emikhulu, kunye nomgangatho ophezulu wezinto eziphathekayo. Okwangoku, intsimbi ye-angle ye-Q420, ipleyiti yensimbi isetyenziswe ngokubanzi kwinqaba yensimbi ye-angle, inqaba yombhobho yentsimbi ye-UHV proj.i-ect, eye yaba yinto ephambili ye-transmission tower, i-Q460 grade plate yensimbi, umbhobho wentsimbi kwenye inqaba yombhobho wensimbi, iprojekthi ye-pali yombhobho wensimbi yaqala ukulinga kunye nesicelo esikhulu; Iimpawu ze-angle zensimbi zifikelele∠30I-0 × 300 × 35mm (ububanzi becala le-300mm, ubukhulu be-35mm ye-engile elinganayo yentsimbi), ukuze uqonde i-Angle steel tower ukuya kwi-angle yelungu elinye endaweni yentsimbi ephindwe kabini yokudibanisa, intsimbi ephindwe kabini endaweni yee-angle ezine zokudibanisa. intsimbi, yenza lula isakhiwo senqaba kunye neteknoloji yokucubungula; ukuze ulungelelanise iimfuno zobushushu obuphantsi ebusika kwindawo esemantla yelizwe lethu okanye indawo yethafa, umgangatho ophezulu womgangatho (ibakala C, ibakala le-D) lentsimbi sele uqalisile ukusetyenziswa ngokubanzi kwimveliso yenqaba. umgca wothumelo. Ngophuhliso oluqhubekayo loyilo lwetekhnoloji kunye nethekhinoloji yezinto eziphathekayo, umzila wothumelo wezinto ezihlukeneyo zothutho kubonakala, njengezibonda zemibhobho yentsimbi endaweni yeepali zesamente kunye nenxalenye yeepali zemibhobho yentsimbi esetyenziselwa imigca yokuhambisa uthungelwano lwezolimo okanye ezidolophini, izinto ezihlanganisiweyo ziye zahlanganiswa. isetyenziswe kumanqanaba ombane ahlukeneyo emigca yothumelo kwi-crossbar yenqaba. Ukuze kusonjululwe i-engile yesiqhelo eshushu yediphu etshisa ixabiso eliphezulu, ungcoliseko lokusingqongileyo, uphuhliso lwe-atmospheric corrosion-resistant cold-formed weathering angle, hot-rolled weathering angle, weathering fasteners, njl.; iindawo zentsimbi, iiprofayili ze-aluminiyam, isinyithi esingenasici kunye nezinye izinto ekusetyenzisweni kweenqaba zokuhambisa umgca nazo zizama
I-7, iteknoloji ye-anticorrosive transmission line towers ngenxa yokuvezwa unyaka wonke kwimeko yangaphandle, esengozini yokukhukuliseka kweemeko zendalo, kwaye ngoko ke imfuneko yonyango lwe-Anti-corrosion yemveliso yokuphucula ukuxhathisa ukhukuliseko, ukwandisa ubomi benkonzo. Okwangoku, amashishini aseTshayina othungelwano lwamandla ombane asebenzisa inkqubo yokugalela idiphu eshushu ukuphumeza imveliso echasene nomhlwa. I-Hot dip galvanizing ingumphezulu ngokucoca, ukusebenza kweemveliso zentsimbi ezintywiliselwe kulwelo lwezinki olunyibilikisiweyo, ngokusabela phakathi kwentsimbi kunye ne-zinc kunye nokusabalalisa, kumphezulu weemveliso zetsimbi ezigqunywe nge-zinc alloy coating kunye nokunamathela okulungileyo. Xa kuthelekiswa nezinye iindlela zokukhusela isinyithi, inkqubo ye-galvanizing ye-hot-dip inokusebenza kakuhle ekudityanisweni kwesithintelo somzimba kunye nokukhusela i-electrochemical ye-coating, kwaye ineenzuzo ezibalulekileyo ngokubhekiselele kumandla okudibanisa phakathi kwengubo kunye ne-substrate, ukuxinwa, ukuqina. , ukugcinwa kwe-free and economy of the coating, kunye nokulungelelaniswa kwayo kwimilo kunye nobukhulu beemveliso. Ukongeza, inkqubo yediphu eshushu ye-galvanizing nayo ineengenelo zexabiso eliphantsi kunye nenkangeleko entle, ngoko ke iingenelo kwintsimi yokwenziwa kwentonga yothumelo kuyabonakala, okwangoku yeyona nto iphambili imveliso ye-anti-corrosion technology. Ukongeza kwinkqubo yediphu eshushu yokugalela, kumacandelo athile angaphezulu, ngokuqhelekileyo ikwasebenzisa i-zinc yokutshiza eshushu okanye inkqubo ye-zinc ebandayo yokutshiza, kunye nokusingqongileyo kunye neemfuno zomgangatho, i-matte galvanizing, i-zinc aluminium magnesium alloy galvanizing, i-bimetallic anti-corrosion coatings kunye nezinye iitekhnoloji ezintsha zokulwa nokubola nazo ziyasetyenziswa kwiprojekthi, itekhnoloji yenqaba yokuchasana nokubola iya kuba luphuhliso oluhlukeneyo!
Ixesha lokuposa: Jan-10-2025
