Injani i-Alummina Ceramic Red?
I-Aluminii Ceramic yindawo ye-ceramic enama-Alumina (Al23) njengomzimba ophambili, osetyenziswa kwiziphaluka ezihlanganisiweyo zefilimu. I-AlumIna Ceramics ineengxaki ezilungileyo, amandla omatshini kunye nokuxhathisa kobushushu obuphezulu. Kufuneka iqatshelwe ukuba i-ultrasonic yokuhlamba iyafuneka. I-AlumIna Ceramics luhlobo lwe-ceramics esetyenziswe ngokubanzi, ngenxa yomsebenzi wayo obalaseleyo, isicelo sale mihla siye saqhubeka ngakumbi kwaye sasanda kakhulu, ukuhlangabezana neemfuno zokusetyenziswa kwemihla ngemihla kunye nokusebenza okhethekileyo.
I-Alomina Ceramic rod
Indlela yokutya yePlasma ye-zuratia ye-zuramia ye-zuramic ikakhulu ilawula inkqubo yokutya ngeeparamitha ezininzi, ezinjengoxinzelelo, ubushushu kunye nexesha. Kwinkqubo yokufudumeza, ukufudumeza kuxhomekeke kwingqungquthela kunye nokufudumeza kwe-radiation yequmrhu lokufudumeza kwisampulu, ngoko ke izinga lokufudumeza zihlala zihamba kancinci. Kuba ukufudumeza ngokukhawuleza kubalulekile ukona nokuphuculwa kophuhliso kunye nophuhliso, abantu bekuzama ukufumana amaxabiso aphezulu okufudumeza. Nangona kunjalo, ukufezekiswa kokufudumeza okuphefumla okukhulu akunakuphunyezwa yindlela yokufudumeza ngombane. Ukufudumeza kwePlasma kunokufumana inqanaba eliphezulu lokufudumeza elingenakuphunyezwa ngendlela yokufudumeza ngombane. Umgaqo wokufudumeza kweplasma. Ukubizwa kwe-PLASMA kubhekisa ekusetyenzisweni kobushushu obuphezulu kunye namandla e-elektroni eyenziwe yi-shript yokukhupha igesi kunye nokulawulwa kwemozulu kwi-sooting Izixhobo. Kuba iplasma inokuthi ifike kubushushu obuphakathi, kwaye ireyithi yayo yokufudumeza inokufikelela ngaphezulu kwe-1000℃/ itekhnoloji ye-Plasma ye-Plasma yingcinezelo engekhoyo engekho mthethweni yokukhawulezisa ilabhoratri. Le ndlela yaqala ukusetyenziswa ngo-1968 ukwenzela i-ceraming ye-A1203 ye-ceramic, emva kweminyaka emininzi yophuhliso, le ndlela isetyenziselwe ngempumelelo kwi-ceramics ye-ceramics entle, efana ne-AI23 ye-ZR2, MG0, i-SIC njalo njalo.
