I-Electrolysis yamanzi olwandle
2.Ukwaleka: Igqunywe ngeruthenium kunye neiridium, iruthenium- iridium-iplatinam. Ikhono le-chlorination lingaphantsi kwaye lilingana ne-1.1V.
3.Ubukhulu beCoating: 0.2-20μm, ukugcina ukusebenza okuzinzileyo kwi-electrolysis yamanzi olwandle. Ubomi beChlorine precipitation anode>5 years, cathode life>20 years.
4.Ubushushu bokusebenza: 5-40°C
Ukungena kwezilwanyana ezihlaselayo zasemanzini kumanzi angengowommandla ngamanzi e-ballast ngumngeni omkhulu kulo lonke ushishino lwaselwandle. I-TJNE iteknoloji yokucoca amanzi e-ballast inikeza izisombululo zonyango ezithembekileyo kwiinqanawa ezintsha kunye nezitshintshiweyo, ezinokuthobela imimiselo engqongqo yamanzi e-ballast emhlabeni. I-titanium electrode ye i-electrolysis yamanzi olwandle idlala indima ebalulekileyo kwinkqubo yokunyanga amanzi e-ballast, ayimfuneko ekuthinteleni ukusasazeka kwezinto eziphilayo zasemanzini eziyingozi kunye neentsholongwane ezibangela izifo kwiindawo ezahlukeneyo zaselwandle. Kwiinkqubo zokunyanga kwamanzi e-ballast, le electrode iququzelela inkqubo ye-electrolysis, apho umbane wombane usetyenziswa emanzini olwandle, okubangelwa ukuveliswa kweklorine kunye nezinye iintlobo ezisebenzayo. Ezi khompawundi zisebenza kakhulu ekubulaleni iintsholongwane emanzini ngokubulala okanye ngokuvala uluhlu olubanzi lwee-microorganisms, kubandakanya ibhaktheriya, iintsholongwane, kunye neentlobo ezihlaselayo ezinokuphazamisa i-ecosystem yasekhaya.
Ukumelana nokugqwesa okungaqhelekanga kunye nokuqina kwe-titanium kuqinisekisa ukuba i-electrode igcina ukusebenza kwayo ngexesha, ibonelela ngokusebenza okuthembekileyo kwiimeko ezifunwayo. Ngapha koko, i-titanium electrodes ye i-electrolysis yamanzi olwandle inokuxhasa ukuxinana okuphezulu kwangoku, okwandisa ukusebenza kakuhle kwenkqubo ye-electrolysis, ekhokelela kunyango olukhawulezayo nolusebenzayo lwamanzi e-ballast.
I-Titanium electrode ye i-electrolysis yamanzi olwandle yakhiwe kusetyenziswa ubuchule obuphezulu bokuvelisa ukuqinisekisa ukusebenza kakuhle kunye nokuqina. Iimpawu zayo eziphambili kunye neempawu ziquka:
Ukusebenza okuphezulu kwe-disinfection, ukuqinisekisa ukuthotyelwa kwemimiselo yokucoca amanzi e-ballast
Uyilo lwe-electrode olulungiselelweyo oluthembekileyo nolusebenzayo ukuphendula kwe-electrochemical
Imathiriyeli ye-titanium enganyangekiyo ekutyeni ukuze isebenze ixesha elide kunye nexesha elide
Ufakelo Easy kunye nokugcinwa
Ubungakanani obuncinci kunye nobunzima, ukonga indawo
| umcimbi | ye parameter |
|---|---|
| Imilo yeSubstrate | Icwecwe, umnatha |
| Ubukhulu be-substrate | 1mm, 2mm |
| Substrate | GR1, GR2 |
| umaleko | Ru-Ir, Ru-Ir-Pt |
| Ukwaleka ubukhulu | 0.2-20μm |
| Ikhono leklorini | ≤1.1V |
| I-Polarizability | Ngama-25mv |
| lobushushu ukusebenza | 5-40 ° C |
Principle Working
I-Titanium electrode ye i-electrolysis yamanzi olwandle isebenzisa reactions electrochemical ukunyanga ngokufanelekileyo ballast amanzi. Ivelisa iklorini kunye nezinye iikhemikhali ze-oxidizing, ezineempawu ezinamandla zokubulala iintsholongwane, xa kusetyenziswa umsinga wombane. Ezi khemikhali zibulale okanye zisuse iibhaktheriya ezinobungozi, i-microorganisms, kunye nezinye iintsholongwane ezikhoyo kumanzi e-ballast, ukuqinisekisa ukuba amanzi e-ballast ahlambulukile kwaye akhuselekile ngaphambi kokukhutshwa.
Ulwakhiwo
I-Titanium electrode ye i-electrolysis yamanzi olwandle yenzelwe ngokukodwa ukusetyenziswa kwiinkqubo zokunyanga kwamanzi e-ballast kwiinqanawa zaselwandle. Yenziwe nge-titanium yebanga loku-1, ibonelela ngokugqwesa ukuxhathisa kwi-corrosion kwindawo yamanzi olwandle. I-electrode iqulethe izinto ezimbini eziphambili - i-titanium substrate kunye ne-metal oxide coating edibeneyo.
I-titanium substrate inesakhiwo esifana ne-mesh eyenza indawo ephezulu. Yenziwe ngokutshisa i-titanium powder ephezulu kwi-porous network. Ummandla ophakamileyo uvumela ukuphendula okusebenzayo kwe-electrochemical ngexesha lokuhlanjululwa kwamanzi olwandle. Isakhiwo se-mesh sikwavumela ukuxhathisa ukuhamba okuphantsi njengoko amanzi edlula kwi-electrode.
Ngaphezulu kwe-titanium substrate, isambatho esincinci se-oxide yensimbi edibeneyo isetyenziswe ngokusebenzisa ukuchithwa kwe-thermal. Olu tyalo ludibaniso lobunikazi olulungiselelwe ukuveliswa kweklorini. Ngokuqhelekileyo iqulethe i-oxides ye-ruthenium, i-iridium, i-tin, kunye nezinye i-electrocatalysts. Ukugquma kwehlisa kakhulu amandla angaphezulu kwaye kuphucule i-activation kinetics ukwenzela ukuphendula kwe-electrolytic, okukhokelela ekuveliseni okusebenzayo kweklorini kumbane ophantsi.
FAQ
1. Ngaba i-electrode ye-titanium ifanelekile kuzo zonke iintlobo zenkqubo yokucoca amanzi e-ballast?
Ewe, i-electrode ye-titanium inokudibaniswa kwiindidi ezahlukeneyo zenkqubo yokucoca amanzi e-ballast.
2. Buthini ubomi be-titanium electrode?
I-electrode ye-titanium inobomi obuyiminyaka eyi-10 ukuya kwe-15, kuxhomekeke kwiimeko zokusebenza kunye nokugcinwa.
3. Ngaba kukho naziphi na iimfuno ezithile zokulondoloza i-titanium electrode?
I-electrode ye-titanium idinga ukucocwa kunye nokuhlolwa kwamaxesha athile ukuze kususwe nayiphi na into enokubakho okanye ukukala.
4. Ngaba i-titanium electrode ihlangabezana nemigangatho kunye nemimiselo yamazwe ngamazwe?
Ewe, i-titanium electrode ihambelana nemigangatho efanelekileyo yamazwe ngamazwe kunye nemimiselo yonyango lwamanzi e-ballast.
Qhagamshelana nathi
Ukuba ucinga ngokukhetha eyakho iTitanium Electrode, nceda uzive ukhululekile ukuqhagamshelana nathi yangbo@tjanode.com.
I-TJNE ngumvelisi oqeqeshiweyo kunye nomthengisi we-electrode ye-titanium i-electrolysis yamanzi olwandle, enikezela ngobuchule obuqinileyo bobugcisa, inkonzo ebanzi emva kokuthengisa, isiqinisekiso esipheleleyo kunye neengxelo zokuvavanya, ukuhanjiswa ngokukhawuleza, kunye nokupakishwa okukhuselekileyo. Sixhasa ngokupheleleyo uvavanyo lwemveliso kunye novavanyo ngaphambi kokuthenga.
