I-Iridium Tantalum igqume i-Titanium Anodes
Yintoni Iridium Tantalum camera Titanium Anodes
I-Iridium Tantalum egqunywe i-Titanium Anodes yi-anode enganyibilikiyo. Iqela leengubo kunye ne-iridium oxide njengecandelo eliqhubayo, kunye ne-tantalum oxide njenge-inert oxide, yafakwa kwi-titanium, i-IrO2 / Ta2O5 yokugqoka ihlanganiswe ngokuqinileyo kwi-titanium substrate. Xa kuthelekiswa ne-electrode ene-coating eqhelekileyo, iphakamisa ukuxhathisa kwi-crevice corrosion kwaye iphucula ngcono uqhagamshelwano phakathi kwe-titanium substrate kunye nokwaleka. Ukuqina. Iimilo zembonakalo zezi: i-electrode yepleyiti, i-electrode ye-tube, i-electrode ye-mesh, i-electrode yentonga, i-electrode yocingo, njl.
Iiparamitha ze-Iridium tantalum zigqunywe i-titanium anode
- I-Ir-Ta iqatywe i-Ti Anode substrate: iGr1
- Izinto zokugquma: Iridium-tantalum ixutywe i-oxied (i-IrO2 / Ta2O5 ifakwe).
- Iinkcukacha kunye nemilinganiselo: Customizable
- Ubungakanani obuncinci bomyalelo: iqhekeza le-1 (kunye nesampuli).
- Indlela yokuhlawula: TT okanye L/C.
- Amazibuko: iShanghai, iNingbo, iShenzhen, njl
- Ukuthumela ngenqanawa: Inkxaso yomoya, ulwandle kunye nomthwalo ocacileyo.
- Iinkcukacha zokupakisha: iimeko zokuthumela ngaphandle eziqhelekileyo ngamaplanga okanye ngokweemfuno zakho.
- Ixesha lokuhambisa: 5 - 30 iintsuku (1-1000 amaqhekeza)
Inkqubo yokuveliswa kwe-iridium tantalum egqunywe titanium anode
Ukusika, i-welding kunye nokwenza i-titanium substrate isekelwe kwimizobo yabathengi - I-Sand Blasting - Ukuhlamba i-Acid - Ukuhlanjululwa kwamanzi - Ukugquma kweBrashi ephindaphindiweyo - Ukushisa okuphindaphindiweyo kokushisa - Ukuhlolwa kwemveliso egqityiweyo - ukuvavanywa - ukupakishwa - ukuthuthwa kubathengi - impendulo yomthengi emva kokusetyenziswa. - Ulwazi lwempendulo yempendulo.
Iridium tantalum igqunywe titanium anodes isicelo
- Ifoyile yobhedu ye-Electrolytic kunye nefoyile ye-aluminium.
- Imigca yokubeka ethe nkqo eqhubekayo (VCP).
- Izixhobo zokucoca i-electroplating ezithe tye
- Ukhuseleko lwangoku lwe-cathodic (ICCP).
- Ukubuyiswa kobhedu kwisisombululo se-etching.
- Ukubuyiselwa kwentsimbi exabisekileyo.
- Ukwalekwa kwegolide nesilivere.
- I-Trivalent chromium plating.
- Ukufakwa kwe-nickel, ukufakwa kwegolide.
- Ukwenziwa kwebhodi yesekethe eprintiweyo.
- Electrolytic organic synthesis.
- Persulfate electrolysis.
- Iridium tantalum eqatywe titanium anode luphawulwa ngamandla oksijini evolution kwaye ingasetyenziswa kwizisombululo acidic, ukuxhathisa umhlwa kulungile ingakumbi kwinkqubo eyomeleleyo acid, ingakumbi kwezinye electrolysis eziphilayo. I-anodic oxidation reaction ifuna amandla aphezulu, kodwa iimpendulo ezisecaleni zokukhutshwa kweoksijini kufuneka zincitshiswe.
Umzekelo: i-iridium tantalum egqunywe i-titanium anode yefoyile yobhedu ye-electrolytic
Ifoyile yobhedu ye-Electrolytic yifoyile yobhedu eveliswe yi-electrolytic copper sulfate. Ngenxa yomgangatho ongqongqo kunye neemfuno zokusebenza kwemveliso, ukuzinza kweemeko ze-electrolytic kwimveliso kungqongqo, kwaye i-anode kufuneka ithwale umsinga omkhulu. I-electrode exabisekileyo ye-titanium efakwe kwintsimbi ine-pali ezinzileyo kwaye inosetyenziso oluphantsi lwamandla. Ngelo xesha, i-titanium anode inenzuzo yokusetyenziswa ngokuphindaphindiweyo emva kokubuyisela. Emva kokuba ubomi be-titanium anode bufikelele esiphelweni, bunokusetyenziswa kwakhona ngokuphinda kufakwe. Ngale ndlela, zombini ngokwemigaqo yokusetyenziswa kwamandla kunye neendleko ze-anode ziya kugcinwa kakhulu. Ngenxa yeenzuzo zayo ezingentla, i-iridium tantalum efakwe i-titanium anode isetyenziswa ngokubanzi kwinkqubo yokwenziwa kwefoyile yobhedu ye-electrolytic, ukusuka ekubunjweni kwefoyile yobhedu ngaphambili ukuya kunyango lwasemva kobhedu.