Bartilmaameedyada kala firdhinta, oo badanaa laga sameeyo biraha aadka u saafiga ah (tusaale ahaan, naxaasta, aluminiumka, dahabka, titanium) ama isku-dhafka (ITO, TaN), ayaa lagama maarmaan u ah soo saarista jajabyada macquulka ah ee horumarsan, aaladaha xusuusta, iyo bandhigyada OLED. Iyada oo la adeegsanayo kororka 5G iyo AI, EV, suuqa waxaa la saadaalinayaa inuu gaaro $6.8 bilyan marka la gaaro 2027.
Suuqyada semiconductor-ka iyo muraayadaha bandhigga ee si xawli ah u koraya ayaa kicinaya baahi aan horay loo arag oo loo qabo bartilmaameedyada shubidda saafiga sare leh, oo ah walax muhiim u ah hababka dhigista filimada khafiifka ah. Ruiyuan sidoo kale waxay raacday isbeddelka suuqa mana aysan ka baaqsan dadaal ay ku maalgelinayso in ka badan 500,000,000 Yuan cilmi-baarista iyo horumarinta walxaha aadka u saafiga ah. Iyada oo ah soo-saare hormuud ka ah warshadaha, Ruiyuan sidoo kale waxay ballaarisay awooddeeda wax soo saar si ay u daboosho kororka.
Bartilmaameedyada buufinta, waxaan ka caawinnaa bixinta biraha kala duwan sida naxaasta, dahabka, lacagta, birta qalinka ah, naxaasta beryllium, iwm. marka macaamiil kastaa codsado. Farsamada wax soo saarka ee bartilmaameedka buufinta waxaa shati siisay Maamulka Hantida Aqoonta Qaranka ee Shiinaha oo muddo 20 sano ah ansixiyay.
Gaar ahaan maadaama gawaarida korontada ku shaqeeya (EVs) ay riixayaan xuduudaha waxqabadka iyo hufnaanta, bartilmaameedyada naxaasta iyo lacagta ee shubaya ayaa noqonaya kuwo aan lagama maarmaan u ah soo saarista qaybaha muhiimka ah. Agabkan saafiga ah ee sarreeya ayaa suurtogal ka dhigaya horumarro ku yimaada elektaroonigga korontada, nidaamyada baytariyada, iyo is-dhexgalka casriga ah, iyagoo ka caawinaya shirkadaha baabuurta sameeya inay gaaraan masaafooyin dheer, dallacaad dhaqso badan, iyo badbaado la xoojiyay.
Tusaale ahaan, bartilmaameedyada naxaasta ah waxaa loo isticmaali karaa:
Laf-dhabarta Nidaamyada Korontada EV-ga
Elektarooniga korontada
dhigista fiilada khafiifka ah ee loogu talagalay qaybaha awoodda ee silicon carbide (SiC) iyo gallium nitride (GaN), hagaajinta gudbinta kulaylka iyo yaraynta luminta tamarta ee inverters-ka.
Tiknoolajiyadda Baytariga
Waxaa lagu kaydiyaa sidii ururiyayaal hadda jira oo ku jira baytariyada lithium-ion iyo kuwa adag, taasoo yaraynaysa iska caabbinta gudaha si loogu dallaco si dhakhso leh.
Waxaa lagu dabaqaa dahaarka anode si loo hagaajiyo faafinta lithium-ion, taasoo kordhinaysa cimriga wareegga batteriga.
Maareynta Kulaylka, Filimada khafiifka ah ee naxaasta ah ee ku jira baakadaha baytariyada ee dareeraha ah ayaa xoojiya kala-baxa kulaylka, taasoo muhiim u ah EV-yada waxqabadka sare leh sida unugyada 4680 ee Tesla.
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Waqtiga boostada: Maajo-24-2025
