Umboniso woRhwebo lwaMazwe ngaMazwe waseJapan ka-2024

Umboniso woRhwebo lwaMazwe ngaMazwe waseJapan ka-2024

Indawo yomboniso: IHolo yoMboniso ye-MYDOME OSAKA

Idilesi: No. 2-5, Honmachi Bridge, Chuo-ku, Osaka City

Ixesha lomboniso: 14-15 Meyi, 2024

Inkampani yethu ikakhulu ivelisa iipayipi ze-BA&EP zentsimbi engagqwaliyo kunye neemveliso zepayipi. Sisebenzisa ubuchwepheshe obuphambili obuvela eJapan naseKorea, singabonelela ngeemveliso ezinoburhabaxa bodonga lwangaphakathi obuyi-Ra0.5, Ra0.25 okanye ngaphantsi. Imveliso yonyaka ye-7 yezigidi zee-mel, izixhobo ze-TP304L/1.307, TP316L/1.4404, kunye neemveliso ezisemgangathweni. Iimveliso zethu zisetyenziswa kwi-semiconductors, ukuveliswa kwamandla elanga, amandla e-hydrogen, ukugcinwa kwe-hydrogen enoxinzelelo oluphezulu, ukumbiwa kwamatye, ishishini leekhemikhali, njl. Indawo ephambili yokuthumela ngaphandle yiSouth Korea kunye neShinkapore.

Ukufakelwa okukhanyayoyinkqubo yokuqhoboshela eyenziwa kwi-vacuum okanye kwi-atmosphere elawulwayo equlethe iigesi ezingasebenziyo (ezifana ne-hydrogen). Le atmosphere elawulwayo inciphisa ukuqhoboshela komphezulu ukuya kwinqanaba elincinci nto leyo ebangela umphezulu okhanyayo kunye nomaleko we-oxide omncinci kakhulu. Ukuqhoboshela akufuneki emva kokuqhoboshela okukhanyayo kuba ukuqhoboshela kuncinci. Ekubeni kungekho kuqhoboshela, umphezulu uthambile kakhulu nto leyo ebangela ukuba kubekho ukumelana okungcono nokugqwala kwemigodi.

Unyango olukhanyayo lugcina ubuthambile bomphezulu oqengqelekileyo, kwaye umphezulu okhanyayo ungafumaneka ngaphandle kokulungiswa emva kokulungiswa. Emva kokufakelwa okukhanyayo, umphezulu wetyhubhu yentsimbi ugcina ukukhanya kwesinyithi kokuqala, kwaye umphezulu okhanyayo okufutshane nomphezulu wesibuko ufunyenwe. Phantsi kweemfuno eziqhelekileyo, umphezulu ungasetyenziswa ngokuthe ngqo ngaphandle kokulungiswa.

Ukuze i-bright annealing isebenze kakuhle, sicoca iindawo zetyhubhu kwaye azinazo izinto zangaphandle ngaphambi kokuba i-annealing. Kwaye sigcina umoya we-furnace annealing ungenawo ioksijini (ukuba kukho isiphumo esikhanyayo esifunekayo). Oku kwenziwa ngokususa phantse yonke igesi (ukudala i-vacuum) okanye ngokufudusa ioksijini kunye ne-nitrogen nge-hydrogen okanye i-argon eyomileyo.

I-vacuum bright annealing ivelisa ityhubhu ecocekileyo kakhulu. Le tyhubhu ihlangabezana neemfuno zemigca yokubonelela ngegesi ecocekileyo kakhulu efana nokuguda kwangaphakathi, ucoceko, ukuphuculwa kokumelana nokugqwala kunye nokunciphisa ukukhutshwa kwegesi kunye namasuntswana kwisinyithi.

Ezi mveliso zisetyenziswa kwizixhobo ezichanekileyo, izixhobo zonyango, umbhobho wobumsulwa obuphezulu kushishino lwe-semiconductor, umbhobho weemoto, umbhobho wegesi webhubhoratri, umjelo weenqwelo moya kunye nomjelo woshishino lwe-hydrogen (uxinzelelo oluphantsi, uxinzelelo oluphakathi, uxinzelelo oluphezulu) umbhobho wentsimbi engagqwaliyo yoxinzelelo oluphezulu (UHP) kunye neminye imimandla.

Sikwanazo nee-inventri zeetyhubhu ezingaphezu kwe-100,000 yeemitha, ezinokuhlangabezana nabathengi ngexesha lokuhanjiswa ngokukhawuleza.