I-electrode yegrafiti ye-UHP yesithando sombane se-arc esitshisiweyo esenziwe ngentsimbi
Iinkcukacha ezikhawulezayo:
Indawo yemvelaphi: Hebei, China (Mainland)
Igama lebrand: QF
Uhlobo: Ibhloko ye-Electrode
Isicelo: Ukwenza iNsimbi/Intsimbi yokunyibilikisa
Ubude: 1600~2800mm
Ibanga: UHP
Ukuchasana (μΩ.m): 4.6-5.8
Ubuninzi obubonakalayo (g/cm³ ): 1.68-1.74
Ukwandiswa kobushushu (100-600)℃) x 10-6/℃: 1.1-1.4
Amandla okuGuquka (i-Mpa): 10-14
UTHUTHU: 0.3% ubuninzi
Uhlobo lwengono: 3TPI/4TPI/4TPIL
Impahla engekasilwa: I-Needle Petroleum Coke
Ukubaluleka: Izinga Eliphantsi Lokusetyenziswa
Umbala: Grey emnyama
Ububanzi:300mm, 400mm, 450mm, 500mm, 600mm, 650mm, 700mm, 800mm
Amandla okubonelela
Iitoni ezingama-3000 ngenyanga
Ukupakisha kunye nokuHanjiswa
Iinkcukacha zokuPakisha:
Iipalethi zomthi eziqhelekileyo okanye ngokweemfuno zomthengi.
IzibukoIzibuko laseTianjin
Qhagamshelana
Handan Qifeng Carbon Co., LTD
I-imeyile：judy@qfcarbon.com
I-WeChat kunye ne-WhatsApp:+86-13730413920
Iwebhusayithi:https://www.qfcarbon.com/
I-Alibaba: https://qifengcarbon.en.alibaba.com/
I-LinkedIn:https://www.linkedin.com/in/judy-l-02ba63192/
Inzuzo
(1) iingenelo ze-graphite electrode kukusebenza lula, izinga eliphezulu lokususa i-discharge machining, ilahleko ye-graphite incinci, ngoko ke, abanye abathengi be-spark machine baseqeleni bayeka i-electrode yobhedu kwaye endaweni ye-graphite electrode. Ukongeza, ezinye zeempawu ezikhethekileyo ze-electrode azinakwenziwa ngobhedu, kodwa i-graphite kulula ukuyibumba, kwaye i-electrode yobhedu inzima, ayifanelekanga ukucutshungulwa kwe-electrode enkulu, ezi zinto zibangele ukuba abanye abathengi be-spark machine baseqeleni basebenzise i-graphite electrode.
(2) i-graphite electrode kulula ukuyicubungula, kwaye isantya sokucubungula sicacile ukuba sikhawuleza kune-electrode yobhedu. Umzekelo, i-graphite icubungulwa ngenkqubo yokusila, ekhawuleza ngokuphindwe kabini ukuya kathathu kunezinye izinyithi kwaye ayifuni ukucubungulwa okongeziweyo ngesandla, ngelixa i-electrode yobhedu ifuna ukucubungulwa ngesandla. Ngokufanayo, ukuba usebenzisa iziko lokucubungula i-graphite elikhawulezayo ukwenza i-electrode, iya kuba ngokukhawuleza nangokusebenzayo, kwaye akuyi kubakho ngxaki yothuli. Kule nkqubo, ukukhethwa kwezixhobo ezifanelekileyo zobunzima kunye ne-graphite kunokunciphisa ukuguguleka kwezixhobo kunye nomonakalo we-electrode yobhedu. Xa uthelekisa ixesha lokusila phakathi kwe-electrode ye-graphite kunye ne-electrode yobhedu, i-electrode ye-graphite ikhawuleza ngama-67% kune-electrode yobhedu. Kwi-discharge machining phantsi kweemeko eziqhelekileyo, ixesha lokucubungula nge-graphite electrode likhawuleza ngama-58% kunelo le-electrode yobhedu. Ngenxa yoko, ixesha lokucubungula liyancipha kakhulu kwaye iindleko zokuvelisa ziyancitshiswa.
(3) uyilo lwe-graphite electrode lwahlukile kolo lwe-electrode yobhedu yendabuko. Iifektri ezininzi zihlala zikwimeko yokucubungula nokugqiba i-electrode yobhedu zinenani elahlukileyo eligciniweyo, kwaye i-graphite electrode isetyenziswa phantse inani elifanayo eligciniweyo, nto leyo enciphisa amaxesha okucubungula i-CAD/CAM kunye noomatshini, ngenxa yesi sizathu sodwa, yanele ukuphucula kakhulu ukuchaneka komngxuma wokubumba.
