Ama-electrode e-graphite angawodwa asebenziseka kakhulu ekwenzeni insimbi ye-arc kagesi (EAF). Athwala amaza amakhulukazi - ngokuvamile ama-ampere angu-100,000 noma ngaphezulu - awase esithandweni, aguqule amandla kagesi abe ukushisa okuncibilikisa izinsimbi ezilahliwe.

Ngenxa yokuhlanzeka kwayo okuphezulu, insimbi ye-electrolytic manganese isetshenziswa kabanzi ezimbonini ezifana nensimbi nensimbi, i-metallurgy, i-electronics, amakhemikhali kanye ne-aerospace. Lesi sihloko sichaza ukuthi izigayo zensimbi kufanele zihlole kanjani amandla okunikezela abathengisi be-electrolytic manganese, amasistimu okulawula ikhwalithi adinga ukunakwa, kanye nezibopho zesevisi ezisiza ukunciphisa ubungozi.

Imboni yensimbi yaseMpumalanga Ephakathi ibhekene noguquko oluyingqophamlando. Iqhutshwa amaphrojekthi kazwelonke anentshisekelo afana neSaudi Arabia’s Vision 2030, i-UAE&

I-Vanadium-nitrogen alloy (VN) isiphenduke enye yezinto ezibaluleke kakhulu ze-microalloying ekwenzeni insimbi yesimanje. Njengoba isidingo somhlaba wonke samandla aphezulu, insimbi yealloy ephansi siqhubeka sikhuphuka, i-VN isetshenziswa kakhulu ensimbi yokwakha, insimbi yesakhiwo, insimbi yamapayipi, insimbi yokwakha umkhumbi, nensimbi yezimoto.

I-Silicon carbide, igama layo lekhemikhali i-SiC noma igama lokuhweba elithi carborundum, iwumsebenzi oyingqayizivele owenziwe umuntu osephenduke insika yobunjiniyela besimanje. I-silicon carbide powder idalwe ngokuhlanganisa i-silicon ne-carbon emazingeni okushisa aphezulu kakhulu. Cishe yonke ingxenye ye-silicon carbide abrasive powder esetshenziswa ezimbonini namuhla ikhiqizwa ezithandweni ezinkulu zikagesi.

I-silicon carbide (SiC) powder esetshenziswa njenge-deoxidizer ekwenzeni i-steelmaking, i-abrasive ephezulu yokusebenza, noma ingxenye ebalulekile kugesi wemoto kagesi (EV) amandla kagesi, i-SiC inikeza inhlanganisela eyingqayizivele yobunzima, ukuqhutshwa kwe-thermal, nokuzinza kwamakhemikhali.