Ukuqonda nokukhetha i-graphite ye-graphite ephezulu efanelekile

Lo mhlahlandlela ophelele uhlola ubunzima be Ama-electrodes ajwayelekile we-graphite, ukuhlinzeka ngokuqonda ekwakhekeni kwabo, izinhlelo zokusebenza, izindlela zokukhetha, kanye nezinto ezibalulekile okufanele ubheke ukusebenza kahle. Sizokwenza izici zobuchwepheshe, sibhekane nemibuzo evamile futhi sinikeze izeluleko ezisebenzayo zabasebenzisi abafuna ukukhulisa ukusebenza kahle nokuphila isikhathi eside.

Yini ama-electrodes ajwayelekile we-graphite?

Ama-electrodes ajwayelekile we-graphite ziyingxenye ebalulekile ezinqumweni ezahlukahlukene zezimboni, ikakhulukazi ama-arc ama-arc (EAFS) asetshenziswe ensimbi. Lawa ma-elektrodi, enziwe kusuka ku-graphite ephezulu, aqhube ugesi ukukhiqiza ukushisa okukhulu okudingekayo ukuze kuncibilike futhi kucwengeke insimbi. Ukusebenza kwabo kuthinta ngokuqondile ukusebenza kahle kanye nokusebenza kwezindleko kulo lonke ukusebenza. Igama elithi amandla ajwayelekile libhekisela kumazinga awo asetshenziswa amandla asetshenziswayo ngokuqhathaniswa namanye ama-electrode akhethekile aklanyelwe izinhlelo zokusebenza eziphakeme zamandla. Ukuqonda izici nokucaciswa kubalulekile ekukhetheni i-electrode efanele ngezidingo ezithile.

Izakhiwo ezibalulekile kanye nokucaciswa kwama-electrodes ajwayelekile we-graphite we-graphite

Izakhiwo eziningana ezibucayi zichaza ukusebenza kwe I-electrode yamandla evamile. Lokhu kufaka phakathi:

Ukumelana kagesi

Ukumelana kukagesi okuphansi kuyinto efiselekayo, okuholela ekuncishisiwe ukusetshenziswa kwamandla ngesikhathi sokusebenza. Le mpahla inomthelela omkhulu ekusebenzeni kahle kwenqubo ye-EAF. Abakhiqizi bahlinzeka ngemininingwane enemininingwane yale pharamitha elibalulekile.

Amandla Omshini

I-electrode kufanele ibekezelele izingcindezi ezishisayo ze-thermal nezemishini ezinolwazi ngaphakathi kwe-EAF. Amandla aphezulu emishini aqinisekisa ukuqina futhi anciphise ukuqhekeka, okuholela ekunciphiseni isikhathi sokuphumula nokukhiqizwa okwengeziwe.

Ukumelana Kwecala Okushisayo

Ukushintshashintsha kwamazinga okushisa okusheshayo kuvamile kuma-EAFS. Ukumelana nokushaqeka okuphezulu okuphezulu kuvimbela ukuqhekeka futhi kunwebe isikhathi sokuphila kwe-electrode. Lesi sici sibalulekile ekugcineni ukusebenza okungaguquki.

Ukuqina kanye ne-porolity

Ubukhulu kanye ne-porosusion ye-graphite bathonya ukusebenza kwalo kagesi namandla emishini. Ukuthuthukisa lezi zindawo kubalulekile ukuze kufinyelelwe ukusebenza kahle. Abakhiqizi ngokuvamile bahlinzeka ngemininingwane enemininingwane kulezi zinto.

Ukukhetha i-Electrode ye-graphite evamile efanelekile: Izici okufanele zicatshangelwe

Ukukhetha okufanele I-electrode yamandla evamile kuya ngezinto eziningana. Lokhu kufaka phakathi:

• Usayizi we-eaf namandla: Izimthela ezinkulu zivame ukudinga ama-elektrodi anomthamo ophakeme wamanje.
• Inqubo yokwenza izinto: Amabanga ahlukene wensimbi nezindlela zokukhiqiza zingadinga ama-electrodes ngezakhiwo ezithile.
• Izimo Zokusebenza: Izici ezinjengokushisa, i-voltage, kanye nesidingo samanje okufanele sibhekwe ngokusebenza kahle kwe-elektrode.
• Isabelomali kanye nokusebenza izindleko: Ukulinganisa ukutshala imali kokuqala ngezindleko zokusebenza isikhathi eside kubalulekile.

Ukuqhathanisa ama-electrodes ajwayelekile we-graphite kusuka kubakhiqizi abahlukahlukene

Ukukhombisa ukuhlukahluka ngokucaciswa, ake sibheke ukuqhathanisa okwenziwe lula (inothi: Ukucaciswa kwangempela kuyahlukahluka kakhulu phakathi kwabakhiqizi nezinhlobo ze-electrode.

Ukugcina

Ukukhetha okuphelele I-electrode yamandla evamile idinga ukuqonda okuphelele kwezindawo zayo kanye nezidingo ezithile zokusebenza. Ngokucabanga ngokucophelela izici okuxoxwe ngazo ngenhla, abasebenzisi bangaqinisekisa ukukhiqizwa kwensimbi okusebenzayo nokubizayo. Hlala uthintana nabachwepheshe abanolwazi futhi ubheke imininingwane yomenzi ukwenza isinqumo esinolwazi. Ngekhwalithi ephezulu Ama-electrodes ajwayelekile we-graphite, cabanga ukuhlola iminikelo evela kubakhiqizi abadumile afana ne-Hebei Yaofa Carbon Co, Ltd. https://www.yaofatanununcu.com/.