Ekubeni kukho iinkqubo ezimbini zokuvelisa iipleyiti zedyokhwe ezenziwe ngamazi, yintoni umahluko kwiimpawu zabo zokusebenza kunye nokusetyenziswa? Masijonge ngakumbi: Kushushu{0}}diphu igalvanizing: Ngexesha lenkqubo yemveliso, isubstrate ifumana unyango lwangaphambili olufana nokucocwa, ukucholwa, ukuhlanjululwa, kunye nokuguquguquka ukususa i-oyile engaphezulu, irusi, kunye nesikali. Ithi ke intywiliselwe kwi-zinc etyhidiweyo kwi-445℃-}465℃, yenze i-zinc{7}}intsimbi ye-alloy layer phezu komhlaba. Olu luhlu lunamatheliso aqinileyo kwaye alucimeki lula ngexesha lokusetyenziswa. Emva kokusetyenziswa kwexesha elide -, umaleko we-zinc ukwabonisa ukhuseleko lwe-anode yedini, idala isiphumo sokhuseleko esiziphilisayo. Ubomi benkonzo yeedyokhwe ezinobumba bunokufikelela kwiminyaka eyi-15, enikezela ngexabiso elihle kakhulu.
Electro -galvanizing: Ngokusebenzisa i-electrolysis, ii-ion ze-zinc zifakwa kumphezulu we-substrate, zenza iyunifomu kunye nocweyo olusulungekileyo lokhuselo lwezinki. Ubungqingqwa be-zinc layer buncinci kuneshushu-dip galvanizing, ngokwesiqhelo malunga ne-10μm-30μm. Ngokubonakalayo, umphezulu ugudile kwaye unemibala, kunye neempembelelo ezincinci zokuchaneka komda. Ukuba ukuxhathisa umhlwa akuhlangabezani neemfuno zokwenyani, unyango lwe-passivation lunokwenziwa kumphezulu weepleyiti zedyokhwe eziphekiweyo ukuze kuphuculwe ngakumbi ukuxhathisa umhlwa. Ilungele izicelo ezifuna ukuchaneka okuphezulu kunye nokugqitywa komphezulu, kunye neendleko eziphantsi zotyalo-mali lokuqala.
Kushushu-idiphu igalvanizing kunye ne-electro{1}}igalvanizing ivelisa iipleyiti zedyokhwe ezenziwe ngamagala azihlukanga kuphela kwiinkqubo zokwenziwa kwazo kodwa nakwiimpawu zazo zokusebenza kunye neendawo zokusebenzisa. Ngezantsi, siza kuzithelekisa ngokweenkcukacha:
| uhlobo | Kushushu -dipha iipleyiti zedyokhwe | Electro{0}}iipleyiti zedyokhwe eziphekiweyo |
| Ubunzima bomaleko weZinc | 85μm-120μm, inomaleko okhuselayo otyebileyo; | 10μm-30μm, umaleko wokukhusela uncinci; |
| Ukumelana nokubola | Inamandla kakhulu, imelana neemvavanyo zokutshiza ityuwa kwi-Greater than or equal to 500 hours, kunye nobomi bokukhusela umhlwa ngaphandle kweminyaka eyi-10-15; i-zinc layer ineempawu "ze-anode yedini", kwaye isenokukhusela i-substrate nakwimikrwelo yendawo; | Phakathi, ukumelana no Mkhulu okanye ulingana neeyure ezingama-200 zovavanyo lwesitshizi setyuwa emva kokudlula, kunye nomhlwa wangaphandle-ubungqina bobomi beminyaka emi-3-5; |
| I-Zinc yokunamathela kwi-coating | Ngokwesiqhelo inamandla amakhulu kunoko okanye alingana ne-10 N/mm², ukuncamathela okuqinileyo, kunye nekhonkco eliqinileyo lesinyithi, eyivumela ukuba imelane nokugoba kunye neempembelelo ngaphandle kokuwa. | Phantsi kweemeko eziqhelekileyo, inamandla amakhulu kunawo okanye alingana no-5N/mm², ukuncamathela okuphakathi, kwaye kulula ukuyixobula xa iphantsi kwamandla angaphandle. |
| Imbonakalo | Umphezulu wesilivere -ngwevu, iyunifomu, kwaye uhambelana nomgangatho we-GB/T 13912-2022, kodwa unomgangatho weglosi ophantsi. | Umphezulu usicaba kwaye ugudileyo, awunaziphene ezicacileyo, kwaye unomgangatho ophezulu weglosi. |
| Ukuchaneka komgangatho | Inkqubo ye-galvanizing iya kuchaphazela kancinci ukuchaneka, ifuna ukulungiswa okulandelayo. Impazamo yedimensional yegalvanized kufuneka ibeNgaphantsi okanye ilingane no-±0.1mm. | Impembelelo yokuchaneka komgangatho incinci kakhulu, kwaye akukho deformation eyenzekayo ngexesha lonke lenkqubo yokufaka i-galvanizing, ngempazamo eNgaphantsi okanye elingana no-±0.05mm, iyenze ilungele iimfuno ezichanekileyo{1}}eziphezulu; |
| Ukuhambelana kwe-substrate | Phakathi -nobungqingqwa carbon steel ingakhethwa, ingakumbi Q235B kunye 45 # intsimbi; | Iyahambelana -nodonga oluphantsi, olusezantsi{1}i-carbon steel substrates kwaye ingasetyenziselwa{2}) iindawo ezincinci ezichanekileyo; |
| Uluhlu lobungakanani | Ubukhulu obukhulu bungenziwa ngokwezifiso, kunye nobude obusuka kwi-50mm ukuya kwi-3000mm, ububanzi ukusuka kwi-30mm ukuya kwi-1200mm, kunye nobukhulu obusuka kwi-5mm ukuya kwi-80mm. | Ikakhulu incinci naphakathi-ubukhulu, nobude obusuka kwi-20mm ukuya kwi-1500mm, ububanzi ukusuka kwi-15mm ukuya kwi-800mm, kunye nobukhulu ukusuka kwi-3mm ukuya kwi-50mm; |
| Iimpawu zoomatshini | Amaqondo obushushu aphezulu anokubuchaphazela kancinane ukuqina kwe-substrate, kodwa oku kunokuphinda kuhlaziywe ngokupholisa okucothayo kunye neenkqubo zokulungisa, kwaye amandla oxinzelelo / wokucheba aya kuhambelana ne-substrate yokuqala. | Inkqubo yokushisa kwegumbi ayichaphazeli iipropathi zemishini ye-substrate, kwaye amandla oxinzelelo, amandla okucheba kunye nokuqina agcinwe ngokupheleleyo, okwenza ukuba afanelekele izicelo ezichanekileyo kunye neemfuno eziqinileyo zokusebenza koomatshini. |
| Imeko esebenzayo | Imeko-bume ezonakalisa kakhulu, ezinje ngobunjineli baselwandle, oomatshini bezibuko, izixhobo ezinzima zangaphandle, kunye neendibano zocweyo zemichiza; | Imekobume ezonakalisayo kancinci, ezifana nezixhobo zokufuma zangaphakathi, izibiyeli zempompo zamanzi, uqhagamshelo lombane, kunye nezibonelelo zendawo eyomileyo yangaphandle. |
Kutheni le nto kufuneka uthenge iipleyiti zedyokhwe kwinkampani yethu? Ngenxa yokuba inkampani yethu ineenzuzo ezilandelayo kwimveliso:
Umthamo wemveliso
Inkampani yethu ineqela le-R&D lobuchwephesha elinokusabela ngokukhawuleza kwiimfuno ezilungiselelwe abasebenzisi. Xa kudityaniswe nemveliso ekumgangatho ophezulu kunye nezixhobo zovavanyo, sinokuhlangabezana-nezidingo ze-odolo ezinkulu zabasebenzisi kwihlabathi liphela kwaye siqinisekise ukuhanjiswa okukhawulezayo.
Isicwangciso-qhinga samaxabiso
Ukuthengwa kwemathiriyeli{0}enkulu ekrwada kulawula iindleko zemveliso, kwaye ngelixa iqinisekisa umgangatho wemveliso, ibonelela abasebenzisi ngamaxabiso akhuphisanayo, ngakumbi{1}}kubasebenzisi bexesha elide bentsebenziswano, enokubanceda ukunciphisa iindleko zokuthenga.
Amava orhwebo lwangaphandle
Inkampani yethu iseke{0}}ubudlelwane bokusebenza bexesha elide kunye nozinzo kunye namazwe amaninzi, kuquka i-United States, iRashiya, kunye ne-United Kingdom. Siqhelene nemigaqo-nkqubo yokungenisa elizweni kunye neemfuno zentengiso zala mazwe kwaye sibonelela abasebenzisi ngezisombululo ezihlangeneyo eziquka ukwenza ngokwezifiso, ulungiselelo, nasemva{2}}inkonzo yokuthengisa.
Iipleyiti zejoka eziphekiweyo zineendlela ezininzi zokusetyenziswa, ngoko ke abasebenzisi baxhalabele kakhulu umgangatho wemveliso. Singathini na ke ukuba siwugwebe umgangatho wayo? Sinokuyivavanya kwimiba emininzi, kubandakanya inkangeleko, i-zinc coating, ichanekile, kunye nokusebenza.
Imbonakalo
Umphezulu kufuneka ugudiswe kwaye ufane, ngaphandle kweziphene ezicacileyo ezifana neendawo ezingatyalwanga, isiseko esicacileyo, amabala amnyama, imingxuma, okanye amaqamza. Jonga umphezulu wokukrweleka, amaqhuma, okanye ukonakala, kwaye uqinisekise ukuba iiweldi zimcaba kwaye azinaburha{1}, kwaye i-zinc layer ayixobuki.
01
Umaleko weZinc
Jonga ukuba ubungqingqwa budibana nomgangatho kwaye ukuba kukho nabuphi na ubungqingqwa bendawo obungalinganiyo. Unokukrwela kancinci umphezulu ngento enzima. Ukuba akukho ukuhluma okanye ukutshitshiswa, qaphela ukuba iikona zihlanganiswe ngokupheleleyo kwaye ingaba i-zinc layer ihlanganiswe kunye neengqungquthela.
02
ukuchaneka
Sebenzisa iteyiphu yokulinganisa ukulinganisa ubude becala kunye nobukhulu bodonga ukuqinisekisa ukuba bayahlangabezana nemigangatho yelizwe. Beka ibhodi kwindawo ethe tyaba kwaye ujonge ukuba ithe tye na, ngaphandle kokugoba okucacileyo, ukugoba okanye ukugoba.
03
ukusebenza
Eyona ntsebenzo iphambili yeepleyiti zejoka ezifakwe igalvanized yi-corrosion resistance. Ngoko ke, sinokuzivavanya ngokusebenzisa isisombululo se-5% ye-sodium chloride kunye ne-pH ye-6.5-7.2 kunye nokushisa kwe-35℃ukuvavanya i-zinc layer.
04
Iifayile ezishisayo: ipleyiti yedyokhwe eyenziwe yagalvanized, iTshayina abenzi beepleyiti zedyokhwe, ababoneleli, umzi-mveliso
