Yadda ake kerasiliki carbide makera tubes? Da farko, muna buƙatar tabbatar da hakansiliki carbideshine babban albarkatun kasa, kuma silicon carbide yana samuwa ne bayan yawan zafin jiki. Abun da aka samu yana da juriya mai zafi, saurin zafi mai zafi, babban ƙarfi, babban ƙarfi, juriya mai kyau, juriya mai kyau na thermal, kyakyawan halayen thermal, kyakkyawan juriya na iskar shaka da sauran kyawawan ayyuka.
Da zarar an sanye shi da murfin babban zafin jiki na musamman, guje wa maganin karfe ga lalata kayan dumama wutar lantarki, ta haka ne ke kare nau'ikan dumama wutar lantarki. Alamun sa daban-daban sun fi nasiliki carbide makera tubesna daban-daban graphite kayayyakin, kuma yana da kyau thermal watsin da kuma hadawan abu da iskar shaka juriya. Ta hanyar haɓaka tsarin masana'anta na fim ɗin electrolyte na tushen zirconia, masana sun rage yawan zafin aiki da farashin masana'anta na waɗannan kayan, kuma suna ƙoƙarin cimma masana'antu, wanda kuma shine sabon jagorar siliki carbide a nan gaba. High ionic conductivity, mai kyau sinadaran kwanciyar hankali da kuma tsarin kwanciyar hankali na zirconia yumbu an samu nasarar yin nazari da kuma amfani da ko'ina a matsayin electrolyte kayan.
The Properties da sintering hanyoyinsiliki carbide makera tubesana gabatar da su. Silicon carbide makera tube ba kawai yana da halaye na high zafin jiki ƙarfi da creep juriya. Juriya na sawa, ƙarfin zafin ɗaki, ƙarancin juriya, juriya na lalata. Yana iya aiki a yanayin zafi na 1600 kuma an san yana da juriya na iskar shaka a cikin kayan. Silicon carbide makera bututu yana da lahani na babban karyewa da ƙarancin karyewa. A cikin masana'anta na baya, ana iya inganta tauri da ƙarfi ta ƙara fiber, whisker da barbashi.
Silicon carbide abu ne mai kyau mai jure lalata, zamu iya amfani dashi don yin bututun murhu da sauran samfuran. Lokacin da ake amfani da silicon carbide don kera bututun tanderu, akwai hanyoyi daban-daban na sintering kamar ƙananan ƙonawa, zazzabi mai zafi, rufaffiyar masana'anta, waɗanda za'a iya zaɓa bisa ga ainihin yanayin sarrafawa don haɓaka inganci. Matsi mai zafi da matsananciyar zafin jiki na isostatic na iya haifar da babban yawasilicon carbide makera tube, Sintering zafin jiki tsakanin 150 ~ 2100℃. Silicon carbide yana da wuyar yin sifofi masu rikitarwa da samfuran tsada. Silicon carbide dauki sintering ne silicon da graphite foda a cikin wani rabo na zafi kore don samar -SiC. Wannan hanya tana samar da siliki carbide tare da ƙananan zafin konewa. Duk da haka, wasu daga cikin silica na kyauta sun kasance a cikin koren billet, don haka masana'antun rufin sun yi imanin cewa wannan yana iyakance kaddarorin inji mai zafi da aikace-aikacen sa a cikin ƙaƙƙarfan acid da tushe.
Game da tafiyar matakai na bututun wutar lantarki na silicon carbide, bayan samar da bututun wutar lantarki na silicon carbide, idan an canja shi daga ramin tsari, ba komai bane illa matsala mai lalacewa. Ta yaya za a iya tabbatar da amincinsa daga irin wannan yanayi. The samar silicon carbide makera bututu da aka sanya a cikin bututu tsagi a gaban gaban counterweight farantin, da kuma tanderun da aka gyarawa ta hanyar da alaka da dauri tef da zare. Haɗa maɗaurin da aka cire zuwa sauran na'urar matsawa farantin. Ƙimar gyare-gyare a ƙananan ƙarshen igiya an haɗa shi tare da kafaffen tsagi da aka saita a saman farantin nauyin nauyi, kuma an ɗaga kullun zuwa tsayi mai dacewa ta hanyar aikin sauyawa. An cire gaban ƙarshen akwatin lantarki na sandar kullewa, kuma an ratsa sandar zamewa ta hanyar haɗin kai, kuma an daidaita farantin nauyin a kan ginshiƙi, wanda ke taka rawa na isar da ƙarin bututun murhu, kuma ingancin yana ƙaruwa ta hanyar. sau biyu. Ta wannan hanyar, aikin ya dace, ƙungiyoyi masu yawa na faranti na juriya an kafa su, kuma ana iya ɗora bututun tanderu ta amfani da bututun tsagi da aka saita akan farantin jimiri, wanda ke haɓaka yawan isar da bututun tanderun da isar da ƙarfin wutar lantarki. bututun wuta. Ana amfani da kushin da ba zamewa ba wanda za'a iya shigar dashi a cikin bututun bututu don kare bututun tanderun.
Lokacin aikawa: Oktoba-07-2023