Ukubaluleka okusebenzayo kwediphu eshushu yokugalela Iphepha elenziwe ngesinyithi kuxhomekeke ekubeni ukumelana nomhlwa kwentsimbi eshushu esongwayo kuphuculwe kakhulu emva kokuba umaleko womphezulu wediphu eshushu igqunyiwe, enokugcina imathiriyeli ekrwada kunye nezibonelelo kwaye inike ukudlala ngokupheleleyo kwiinzuzo ezibalaseleyo zoqoqosho kunye neenzuzo zendalo zokusingqongileyo.
Isitshixo kugcino olusebenzayo lwediphu eshushu yokufaka igalvanizing layer yentsimbi eqengqelekayo eqengqelekayo yile ilandelayo:
(1) xa ipleyiti yentsimbi eshinyeneyo ingaguquki, i-zinc corrosion kuphela, kuba i-zinc corrosion material inesiphumo esihle sokugcinwa, ngoko ke izinga lokutya licotha kakhulu, ubomi benkonzo buya kuba ngamaxesha angama-15-30 epleyiti yentsimbi.
(2) eyona meko ixhaphakileyo liphepha elenziwe ngamazi kwimveliso kunye nokulungiswa, ufakelo, ukusetyenziswa, ukukrwela umphezulu, okanye nasiphi na esinye isizathu umaleko phantsi kwenxalenye eyonakeleyo, intsimbi eshushu eqengqelekayo evezwe kwinxeba kwindawo yendalo, ukuba imichiza izinto non-metallic, iibhloko eziveziweyo ziya kuxhonywa kude, kodwa iimpawu ugcino abandayo esongiweyo sheet intsimbi unique, ukwenza izinga etching uyacotha, ngale ndlela Zinc in ukutyabeka kunye nentsimbi kwintsimbi eshushu esongwayo yenza igalvanic. iseli kwindawo emanzi kunye nebandayo, ngenxa yokuba amandla e-electrode esemgangathweni ye-zinc kuphela -1.05V, ngaphantsi kwe -0.036V yentsimbi, ngoko i-zinc njenge-oxidation ye-anodic nge-oxidation yomoya, kunye nentsimbi njengeplate embi ukufumana ukugcinwa. Ngenxa yokuba iimveliso emva kwe-zinc ziphezulu kakhulu zoxinaniso, ixesha lokuphendula licotha kakhulu, ngamanye amazwi, ukuxhathisa ukubola kuphuculwe kakhulu. Olu hlobo lwendlela yokuthintela lubizwa ngokuba yi-corrosion resistance.
Ixesha lokuposa: Dec-22-2021