I-graphite isetyenziswa ngokubanzi kwiinkalo zokulungiselela i-compound, ukufumanisa i-electrochemical, kunye neebhetri ze-lead-acid ngenxa ye-conductivity yayo yombane kunye neempawu ezingezona zetsimbi ezifana ne-acid kunye ne-alkali oxidation resistance. Kwintsimi yokukhusela umbane, i-anti-corrosion kunye ne-high-conductivity graphite composite engcwatywayo imizimba yokumisa iye yavela, ekwazi ukukhupha umbane wangoku. Umzimba wegraphite ocutshungulwe kwiphepha le-electrode ungasetyenziswa njengesithuba sokukhupha umkhuseli wohlobo lokutshintsha. Emva kovavanyo lokubonisa, iimpawu zokukhutshwa kwephepha le-electrode yensimbi azifani. Ngokweempawu zokukhupha, izinga lokulahleka kobunzima be-electrode yegraphite liphezulu kancinane kune-electrode yesinyithi, kodwa ekubeni iimveliso zokukhupha i-electrode yegraphite ubukhulu becala ziyigesi, iqondo longcoliseko lwe-graphite electrode insulator lisezantsi kakhulu kunoko. ye-electrode yesinyithi. I-CNC yokusila iyinto ebalulekileyo ye-graphite electrode processing technology, kwaye iteknoloji yayo yokusila enesantya esiphezulu ineenzuzo ezinkulu kwimveliso yeeelectrode zegraphite. Iinkqubo ezifana nokuqulunqa, ukubunjwa kunye nokupholisha ziyafuneka. Kwizicelo zobunjineli, xa i-graphite isetyenziselwa ukwenza i-electrode kwindawo yokukhupha, iphezulu i-mesh yokupolisha ye-electrode surface, i-carbon deposition encinci iya kwenzeka, kwaye ngcono ukusebenza kwe-electrode kuya kugcinwa. Xa usenza i-type1 yokukhusela i-surge kunye ne-spark gap encinci, ukukhethwa kwephepha legraphite lomkhuseli wenqanaba lokuqala kufuneka lihlawule ngakumbi ekuphuculeni inani lomnatha lomphezulu wephepha legraphite kunye nokunciphisa ukuveliswa kweediphozithi zekhabhoni. Ukwakhiwa kwekhabhoni kunokuchaphazela kakhulu iipropati zombane zesithuba sokukhupha.

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Ixesha lokuposa: Sep-26-2022