Amfanin graphite lantarki
(1) Tare da haɓakar rikiɗar lissafi na mutuwa da rarrabuwa na aikace-aikacen samfur, ana buƙatar fitar da daidaiton injin walƙiya ya zama mafi girma da girma.Graphite lantarkiyana da abũbuwan amfãni na sauƙi machining, babban cire kudi na EDM da ƙananan graphite asarar. Don haka, wasu abokan cinikin injunan tartsatsin wuta sun daina amfani da na'urar jan ƙarfegraphite lantarkimaimakon haka. Bugu da kari, wasu na'urori masu siffa na musamman ba za a iya yin su da tagulla ba, amma graphite ya fi sauƙi don ƙirƙirar, kuma jan ƙarfe ya fi nauyi, wanda bai dace da sarrafa manyan lantarki ba. Waɗannan abubuwan suna haifar da wasu abokan cinikin injin walƙiya don amfani da lantarki na graphite.
(2)Graphite lantarkiyana da sauƙin sarrafawa, kuma a fili saurin sarrafawa ya fi sauri fiye da na'urar lantarki. Misali, saurin aiki na graphite ta hanyar niƙa shine sau 2-3 da sauri fiye da na sauran ƙarfe, kuma ba a buƙatar ƙarin aiki da hannu, yayin da lantarki na jan ƙarfe yana buƙatar niƙa ta hannu. Hakazalika, idan high-gudungraphite machiningAna amfani da cibiyar don kera na'urar lantarki, saurin zai yi sauri, inganci zai yi girma, kuma matsalar ƙura ba za ta haifar da shi ba. A cikin waɗannan matakai, za a iya rage kayan aikin kayan aiki da lalacewar lantarki na jan ƙarfe ta hanyar zabar kayan aiki masu taurin kai da graphite masu dacewa. Idan lokacin milling nagraphite lantarkiidan aka kwatanta da na jan ƙarfe, graphite electrode yana da sauri 67% fiye da na jan ƙarfe. Gabaɗaya, saurin injina na graphite electrode yana da sauri 58% fiye da na jan ƙarfe. Ta wannan hanyar, lokacin sarrafawa yana raguwa sosai, kuma ana rage farashin masana'anta.
(3) Zane nagraphite lantarkiya sha bamban da na al'ada na jan ƙarfe. Mutane da yawa mold masana'antu yawanci suna da daban-daban reserves a m machining da gama machining na jan karfe lantarki, yayin da graphite lantarki amfani da kusan iri daya reserves, wanda rage sau na CAD / CAM da machining. A saboda wannan dalili kadai, ya isa ya inganta daidaito na mold cavity zuwa mai girma har.
Lokacin aikawa: Mayu-20-2021