I-Titanium Anode
I-Titanium anode ingenye ye-Dimensionally Stable Anodes(DSA), ebizwa nangokuthi i-Dimensionally Stable Electrode(DSE), i-titanium anode ehlanganiswe nensimbi eyigugu(PMTA), i-noble metal coated anode(NMC A), i-oxide-coated titanium anode(OCTA) ), noma i-titanium anode (ATA) ecushiwe, yenziwe ngongqimba oluncane (ama-micrometer ambalwa) wama-oxide ensimbi axubile afana nathi RuO2, IrO2, Ta2O5, PbO2 ezinsimbi ze-titanium.Sinikeza kokubili ama-anode e-MMO kanye ne-Platinized titanium anode.Ipuleti le-Titanium ne-mesh yizimo ezivame kakhulu kulo.Ama-anode e-titanium ahlanganiswe ne-MMO nama-titanium cathode asetshenziswa ezindaweni ezihlukahlukene, okuhlanganisa amanzi olwandle, amanzi anosawoti, amanzi ahlanzekile, i-carbon backfill, kanye nokhonkolo we-MMO eboshwe.
MMO, Pt, PbO2
Ishubhu, ishidi, anezikhala, ipuleti elinembobo, induku, ucingo
CP Grade 1, 2
Imboni yamanzi e-Electrolytic, Imboni yokuvikela i-Cathodic, ukuhlanzwa kwendle, i-Gold plating, i-galvanized kanye ne-tin plating, ijeneretha ye-sodium hypochlorite, ukubulala amagciwane e-Swimming pool, ijeneretha ye-hydrogen-oxygen
1. Ukusebenza kahle kwamanje okuphezulu, ukumelana nokugqwala okuhle, impilo ende ye-anode kanye nokuminyana okuphezulu kwamanje (kufika ku-10000A/M2).
2. Ukonga amandla: Njengoba sonke sazi, i-electrode efakwe ngeplatinamu iyi-electrode enamandla amakhulu e-overoxygen (1.563V, uma kuqhathaniswa ne-mercury sulfate), kuyilapho i-noble metal oxide-plated titanium anode iwumphumela ophansi we-oxygen evolution overpotential (isihlobo ku-mercury sulfate).amandla angu-1.385V).I-Electrode, i-oxygen evolution ilula endaweni ye-anode oxygen evolution.Ngakho-ke, ngesikhathi senqubo ye-electrolysis, ingcindezi ye-electrolyzer iphansi kakhulu, esindisa ugesi.Lesi simo sibonakala ngokucacile ekugezeni kwe-alkaline yethusi yokucwenga ngemva kokwelashwa kwefoyili yethusi.
3. Akukho ukungcola: I-Noble metal oxide coating I-Titanium anode enamathela i-ceramic oxide ye-noble metal iridium.Le oxide iyi-oxide ezinzile, cishe ayincibiliki kunoma iyiphi i-asidi ne-alkali, ukumbozwa kwe-oxide kungu-18-40μm kuphela, futhi ukumbozwa okuphelele kunenani elincane le-oxide.Ngakho-ke, i-noble metal oxide-coated titanium anode ayingcolisi isisombululo se-plating, esifana ngokuyisisekelo ne-electrode ehlanganiswe ne-platinum.
4. Imali engabizi kakhulu: Ukuze kuzuzwe impilo yesevisi efanayo nama-electrode afakwe ngeplatinum (ugqinsi lwe-coating 3.5μm), intengo ye-titanium anode ehuqwe ngama-oxide ensimbi ahloniphekile icishe ibe ngama-80% walawo ama-electrode afakwe ngeplatinum.I-noble metal oxide-coated titanium anode inokusimama okuhle kwe-electrochemical kuma-electrolyte e-alkaline yethusi yokucwenga, kanye nomsebenzi omuhle kakhulu we-electrocatalytic nokuqina.Ukuhlaziywa kwezindleko ze-metal oxide-coated titanium anode eyigugu nama-electrode e-Pt yi-Baoji Qixin Titanium Industry Co., Ltd. kubonisa ukuthi umnotho we-noble metal oxide-coated titanium anode uyabonakala.
5. Embonini yebhodi lesifunda ephrintiwe, i-electroplating yethusi idinga i-pulsed circulating reverse current (PPR).Siyazi ukuthi ohlelweni lwe-sulfuric acid equkethe ama-chloride, ungqimba lweplatinamu luzoxebuka ngemva kokuba i-titanium anode ehlanganiswe ne-platinum isetshenziswe isikhathi esithile.Kodwa-ke, ukusetshenziswa kwe-noble metal oxide-coated titanium anode kungathuthukisa lesi simo ngempumelelo.
6. Izindleko zokunakekela eziphansi: Uma kuqhathaniswa nama-electrode endabuko ancibilikayo (ama-graphite ne-lead alloy electrode), i-noble metal oxide-coated titanium anode ayidingi ukuvalwa njalo ukuze kuhlanzwe, kufakwe kabusha ama-anode, nokushintshwa njalo kwezikhwama ze-anode nezingubo ze-anode.Ukwandisa ukukhiqiza nokunciphisa izindleko zabasebenzi;
7. Ngaphansi kwezimo ezifanayo zokusebenza, impilo ye-noble metal oxide camera titanium anode incike ekusebenzeni kwamanje kwabantu, izinga lokushisa kanye nokwakheka kokugeza.