Masana'antar semiconductor wata masana'antar kimiyya ce da ta kunno kai, wacce ta jawo hankali sosai a cikin 'yan shekarun nan, kamfanoni da yawa sun fara shiga masana'antar semiconductor, kuma graphite ya zama ɗayan abubuwan da ba a buƙata don haɓaka masana'antar semiconductor. Semiconductors bukatar yin amfani da lantarki watsin graphite, saboda mafi girma da carbon abun ciki na graphite, da mafi alhẽri lantarki watsin, kullum bukatar la'akari da Manuniya ne: barbashi size, zafi juriya, tsarki.
Girman hatsi yayi daidai da lambobi daban-daban, kuma ana bayyana ƙayyadaddun bayanai a cikin lambobin raga. Lambar raga ita ce adadin ramuka, wato, adadin ramukan kowane inci murabba'i. Gabaɗaya magana, lambar raga * aperture (micron) = 15000. Mafi girma da raga yawan conductive graphite, da karami da barbashi size, da mafi alhẽri da lubrication yi, za a iya amfani da a fagen lubricating kayan samar. The barbashi size amfani a cikin semiconductor masana'antu ya zama lafiya sosai, domin shi ne sauki a cimma daidaici aiki, high matsawa ƙarfi, kuma in mun gwada da kananan asara, musamman ga sintering molds, bukatar high aiki daidaito.
Rarraba girman barbashi, kamar: raga 20, raga 40, raga 80, raga 100, raga 200, raga 320, raga 500, raga 800, raga 1200, raga 2000, raga 3000, raga 5000, raga 5000, 0,010 raga mafi kyau zai iya zama 15,000 raga.
Yawancin samfuran da ke cikin masana'antar semiconductor suna buƙatar ci gaba da zafi, don haɓaka rayuwar sabis na na'urar, wanda ke buƙatar graphite mai ɗaukar hoto don samun kaddarorin masu zuwa: ingantaccen aminci da juriya mai ƙarfi.
Abubuwan da ake buƙata don samar da graphite a cikin masana'antar semiconductor sune: mafi girman tsabta, mafi kyau, musamman na'urorin graphite waɗanda ke taɓa tsakanin su biyun, idan sun ƙunshi ƙazanta da yawa, za su gurɓata kayan semiconductor. Saboda haka, muna bukatar mu tsananin iko da tsarki na conductive graphite, kuma mu ma bukatar mu bi da su da high zafin jiki graphitization domin rage girman launin toka matakin.
Lokacin aikawa: Juni-08-2023