I-Iridium Tantalum ehlanganiswe ne-Titanium Anodes
Iyini i-Iridium Tantalum ehlanganiswe ne-Titanium Anodes
I-Iridium Tantalum ehlanganiswe i-Titanium Anodes iyi-anode engancibiliki. Kuyiqembu lezingubo ezine-iridium oxide njengengxenye yokuqhuba, futhi i-tantalum oxide njenge-inert oxide, yafakwa ku-titanium, ukunamathela kwe-IrO2/Ta2O5 kuhlanganiswe ngokuqinile ne-titanium substrate. Uma iqhathaniswa ne-electrode ene-coating evamile, ithuthukisa ukumelana nokugqwala kwe-crevice futhi ithuthukise kangcono ukuxhumana phakathi kwe-titanium substrate kanye nokunamathela. Ukuqina. Ukubukeka komumo yilawa: i-electrode yepuleti, i-electrode yeshubhu, i-mesh electrode, i-electrode yenduku, i-electrode yocingo, njll.
Imingcele ye-Iridium tantalum ehlanganiswe ne-titanium anode
- I-Ir-Ta ehlanganiswe ne-Ti Anode substrate: Gr1
- Izinto zokumboza: I-Iridium-tantalum exubile ene-oxied (i-IrO2/Ta2O5 eboshwe).
- Ukucaciswa nobukhulu: Kungenziwa ngendlela oyifisayo
- Inani elincane le-oda: 1 ucezu (nesampula).
- Indlela yokukhokha: TT noma L/C.
- Amachweba: Shanghai, Ningbo, Shenzhen, njll
- Ukuthumela: ukusekela umoya, ulwandle kanye nempahla evezayo.
- Imininingwane yokupakisha: amacala okhuni okuthekelisa ajwayelekile noma ngokwezidingo zakho.
- Isikhathi sokulethwa: izinsuku ezi-5 - 30 (izingcezu eziyi-1-1000)
Inqubo yokukhiqiza ye-iridium tantalum ehlanganiswe ne-titanium anode
Ukusikwa, ukushiselwa kanye nokwakhiwa kwe-titanium substrate kusekelwe emidwebeni yamakhasimende - Ukuqhunyiswa kwesihlabathi - Ukugeza i-asidi - Ukugeza ngamanzi - Ukugcotshwa kwebhulashi okuphindaphindiwe - Ukushisa okushisayo okuphindaphindiwe - Ukuhlolwa komkhiqizo okuqedile - ukuhlola - ukupakishwa - ukuthuthwa kumakhasimende - impendulo yekhasimende ngemva kokusetshenziswa. - Ulwazi lwempendulo yempendulo.
I-Iridium tantalum ehlanganiswe ne-titanium anode application
- I-Electrolytic ye-copper foil ne-aluminium foil.
- Imigqa ye-Vertical continuous plating (VCP).
- Imishini ye-electroplating evundlile
- Ukuvikelwa kwamanje kwe-cathodic (ICCP).
- Ukubuyiswa kwethusi kusuka kusixazululo se-etching.
- Ukubuyiselwa kwensimbi eyigugu.
- Igolide plating kanye nesiliva Plating.
- I-Trivalent chromium Plating.
- I-Nickel plating, i-golden plating.
- Ukukhiqizwa kwebhodi lesifunda eliphrintiwe.
- I-Electrolytic organic synthesis.
- I-Persulfate electrolysis.
- I-Iridium tantalum camera titanium anode ibonakala ngamandla amakhulu okuziphendukela kwe-oksijini futhi ingasetshenziswa ezixazululweni ezine-acidic, ukumelana nokugqwala kuhle ikakhulukazi ohlelweni oluqinile lwe-asidi, ikakhulukazi kwezinye i-electrolysis ephilayo. Ukusabela kwe-anodic oxidation kudinga amandla aphezulu, kodwa ukusabela okuseceleni kokukhululwa komoyampilo kufanele kuncishiswe.
Isibonelo: i-iridium tantalum ehlanganiswe ne-titanium anode ye-electrolytic copper foil
I-Electrolytic copper foil icwecwe lethusi elikhiqizwa i-electrolytic copper sulfate. Ngenxa yekhwalithi eqinile kanye nezidingo zokusebenza komkhiqizo, ukuzinza kwezimo ze-electrolytic ekukhiqizeni kuqinile, futhi i-anode kufanele ithwale wamanje omkhulu. I-electrode ye-titanium eboshwe ngensimbi eyigugu ine-pole pitch ezinzile futhi isebenzisa amandla aphansi. Ngasikhathi sinye, i-titanium anode inenzuzo yokusetshenziswa okuphindaphindiwe ngemuva kokuhlanganiswa kabusha. Ngemuva kokuthi impilo ye-titanium anode ifinyelele ekupheleni, ingasetshenziswa kabusha ngokuphinda ihlanganiswe. Ngale ndlela, kokubili mayelana nokusetshenziswa kwamandla kanye nezindleko ze-anode kuzosindiswa kakhulu. Ngenxa yezinzuzo zayo ezingenhla, i-iridium tantalum ehlanganiswe ne-titanium anode isetshenziswa kabanzi ekukhiqizeni ucwecwe lwethusi lwe-electrolytic, kusukela ekwakhiweni kocwecwe lwethusi ekugcineni kuze kufike lapho kwenziwa khona ucwecwe lwethusi.