Alyuminiy nitrid (alyn) reaamik chakchalar yuqori haroratli jarayonlar
Alohida haroratli termal va mexanik xususiyatlari tufayli yuqori haroratli yarim semizgor va sanoat dasturlarida Aln Copole Cons Excel:
AFROSE harorat qarshiligi - 1000 daraja (inert atmosferalarida), aluminani (800 daraja) va polimerlar bilan cheklangan.
Thermal Shock Resilience–Withstands rapid thermal cycling (ΔT >500 diplom \/ sek, yoriqsiz, chip ishlab chiqarishda tez terini qayta ishlash (RMTP) uchun tanqidiydir.
Kam termal o'sish - CTE 4.5 PPM \/ K silikon grammoni (2,6 PPM \/ k) bilan yaqinroq mos keladi (2,6 PPM \/ K) isitish paytida gofret pardani minimallashtirish.
Yuqori issiqlik o'tkazuvchanligi - 170-200 w \/ mk issiqlik tarqalishi yagona to'sig'ini saqlaydi
Oxidation Resistance–Forms a protective Al₂O₃ surface layer at >Airda 800 daraja, tarkibiy yaxlitlikni saqlash.
Plazma va kimyoviy barqarorlik - Nargen Plasmas (CLISH \/ F₂) va MOCVD xonalarida metall organik prekursorlar 900 daraja.
Asosiy dasturlar:
EUU Litografiya bosqichlari (5NM kalitlarga qaraganda kam yoki unga teng)
Gan Epitaxy reaktorlari (800-1100}
Quvvat qurilmasi Enrealing (700 daraja, 5 min tsikl)
Nol burilish va<0.1μm thermal deformation, AlN chucks enable high-precision processing in advanced semiconductor fabs and LED production. Their 10x longer lifespan than traditional materials reduces downtime in 24/7 wafer fabs.
Ko'proq uchunAlyuminiy nitrid caramik chakMa'lumot, iltimos, quyidagi www.ceramiceMumes.com saytiga tashrif buyuring
