Njalo lapho sikhuluma nge-beryllium oxide, ukusabela kokuqala ukuthi kuwubuthi noma ngabe kumateurs noma ochwepheshe. Yize i-beryllium oxide inobuthi, be-beryllium oxide ceramics akayona into enobuthi.
I-Beryllium Oxide isetshenziswa kabanzi emikhakheni ye-metallurgy ekhethekile, ubuchwepheshe be-vacum electronic, ubuchwepheshe be-microelectronics kanye nobuchwepheshe be-pieleelyronics ngenxa yokuvuselelwa okuphezulu okuphezulu, ukufakwa okuphezulu, ukulahleka okuphansi okuqhubekayo, nokulahleka okuhle kwenqubo.
Amathuluzi aphezulu we-elekthronikhi we-elekthronikhi kanye nemibuthano ehlanganisiwe
Esikhathini esedlule, ucwaningo kanye nokuthuthukiswa kwamadivayisi we-elekthronikhi kugxile kakhulu ekuklameni kokusebenza kanye nokwakha inqubo, kepha manje kubhekwe ngaphezulu emklamweni wokushisa, kanye nezinkinga zobuchwepheshe zokulahlekelwa okushisayo kwamadivayisi amaningi aphezulu axazululwe kahle. I-Beryllium Oxide (i-Beo) iyinto ebonakalayo ye-ceramic enokuvuka okuphezulu kanye ne-dielectric ephansi njalo, okwenza kusetshenziswe kabanzi emkhakheni wobuchwepheshe bama-elekthronikhi.
Njengamanje, ama-ceramics we-beo asetshenzisiwe ekusebenzeni okuphezulu, ukuphakama kwe-microwave ephezulu ye-microwalor, okugcwele ama-elekthronithitor we-elekthronikhi, kanye nokushisa okuphezulu kwezakhi ze-multichip, futhi ukushisa okukhiqizwe kuhlelo kungahle kuhlanjululwe ngokusetshenziswa kwe-beo kanye nokwethembeka kohlelo.
Impendulo yenuzi
Izinto ze-Ceramic kungenye yezinto ezibaluleke kakhulu ezisetshenziswa ekuphenduleni kwenuzi. Kuma-reactors kanye nabaguquli, izinto zokwakha ubumba zithola imisebe evela ezinhlayiyeni ezinamandla nama-beta rays. Ngakho-ke, ngaphezu kokumelana nokushisa okuphezulu nokugqwala, izinto ze-ceramic nazo kudingeka zibe nokuqina okungcono kwesakhiwo. Ukuboniswa kwe-neutron nomengameli kawoyela wenuzi kuvame ukwenziwa nge-beo, b4c noma i-graphite.
Ukuqina kokushisa okushisa okuphezulu kwe-beryllium oxide ceramics kungcono kunensimbi; Ubukhulu buphakeme kunensimbi ye-beryllium; amandla angcono ngaphansi kokushisa okuphezulu; Ukuvuselelwa kokushisa kuphakeme futhi intengo eshibhile kunensimbi ye-beryllium. Zonke lezi zinto ezinhle kakhulu zenza zilungele ukusetshenziswa njenge-Reflector, omengameli, kanye nesigaba esihlakazekile sihlangene kuma-reactors. I-Beryllium Oxide ingasetshenziswa njengezinduku zokulawula kuma-reactors enuzi, futhi ingasetshenziswa ngokuhlanganiswa ne-U2o ceramics njengophethiloli wenuzi.
I-metallurgical ehlakaniphile
Empeleni, ama-ceramics we-beo yinto ebonakalayo. Ngaphezu kwalokho, i-Beo Ceramic Eletheleleke ingasetshenziswa ekuncibilikisweni kwezinsimbi ezingandile kanye nezinsimbi eziyigugu, ikakhulukazi lapho kudinga i-metal yensimbi ephakeme noma i-alloy, kanye nokushisa okusebenzayo kokungabi naku-2000 ℃. Ngenxa yokushisa kwabo okuphezulu okuthe xaxa (2550 ℃) nokuqina okuphezulu kwamakhemikhali (i-alkali), ukuqina okushisayo kanye nobumsulwa
Ezinye izinhlelo zokusebenza
I-beryllium oxide ceramics inokuphamba okuhle okushisayo, okuyimiyalo emibili yobukhulu obuphakeme kune-quartz ejwayelekile, ngakho-ke i-laser inokusebenza okuphezulu namandla aphezulu okuphuma.
I-Beo Ceramics ingangezwa njengengxenye yezinto ezahlukahlukene zengilazi. Ingilazi equkethe i-beryllium oxide, engadlula kuma-x-ray, isetshenziselwa ukwenza amashubhu we-x-ray angasetshenziselwa ukuhlaziya okuhlelekile futhi engokweze zizokwelapha izifo zesikhumba.
I-beryllium oxide ceramics ihlukile kwamanye ama-ceramics kagesi. Kuze kube manje, ukuvumelanisa kwayo okuphezulu okuphezulu nezici zokulahlekelwa okuphansi kunzima ukushintshwa ezinye izinto zokwakha. Ngenxa yesidingo esiphakeme emasimini amaningi esayensi nezobuchwepheshe, kanye nobuthi be-beryllium oxide, izinyathelo zokuzivikela ziqinile futhi zinzima, futhi kunamafektri ambalwa emhlabeni angakhiqiza ngokuphepha ama-ceramics we-beryllium oxide.
Ukuhlinzekelwa Kwemithombo ye-Beryllium Oxide Powder
Njengomhlinzeki weChinese Chinese kanye nomhlinzeki, ama-Urbanmines Tech Limited akhethekile ku-Beryllium Oxide Powder futhi angenza ngokwezifiso ibanga lokuhlanzeka lingama-99.0%, 99.8%, 99.9%. Kukhona indawo yesitoko sebanga le-99.0% futhi litholakala kwisampula.