Carbon / carbon composites(daga baya ana kiranta "C / C ko CFC") wani nau'i ne na nau'i mai nau'i wanda ya dogara da carbon kuma an ƙarfafa shi ta hanyar carbon fiber da samfuransa (carbon fiber preform). Yana da duka inertia na carbon da babban ƙarfin carbon fiber. Yana da kyawawan kaddarorin inji, juriya mai zafi, juriya na lalata, damping damping da thermal da halayen halayen lantarki.
CVD-SiCshafi yana da halaye na uniform tsarin, m abu, high zafin jiki juriya, hadawan abu da iskar shaka juriya, high tsarki, acid&alkali juriya da Organic reagent, tare da barga jiki da sinadaran Properties.
Babban fasali:
1. High zafin jiki oxidation juriya:juriya na iskar oxygen har yanzu yana da kyau sosai lokacin da zafin jiki ya kai 1600 C.
2. Babban tsarki: sanya ta hanyar tururin sinadarai a ƙarƙashin yanayin chlorination mai zafi.
3. Juriya juriya: babban taurin, m surface, lafiya barbashi.
4. Lalata juriya: acid, alkali, gishiri da kuma Organic reagents.
| CVD SiC薄膜基本物理性能 Asalin kaddarorin jiki na CVD SiCshafi | |
| 性质 / Dukiya | 典型数值 / Ƙimar Taimako |
| 晶体结构 / Crystal Structure | FCC β lokaci 多晶，主要为（111）取向 |
| 密度 / Yawan yawa | 3.21g/cm³ |
| 硬度 / Hardness | 2500 维氏硬度 (500g kaya) |
| 晶粒大小 / Hatsi SiZe | 2 ~ 10 μm |
| 纯度 / Sinadaran Tsabta | 99.99995% |
| 热容 / Ƙarfin Zafi | 640kg-1· K-1 |
| 升华温度 / Sublimation Temperature | 2700 ℃ |
| 抗弯强度 / Ƙarfin Ƙarfi | 415 MPa RT 4-point |
| 杨氏模量 / Young's Modul | 430 Gpa 4pt lankwasa, 1300 ℃ |
| 导热系数 / Thermal Conductivity | 300 w·m-1· K-1 |
| 热膨胀系数 / Thermal Expansion(CTE) | 4.5×10-6K-1 |
VET Energy shine ainihin masana'anta na samfuran graphite na musamman da samfuran silicon carbide tare da sutura daban-daban kamar suturar SiC, murfin TaC, murfin carbon gilashi, murfin carbon pyrolytic, da sauransu, na iya samar da sassa daban-daban na musamman don semiconductor da masana'antar hotovoltaic.
Ƙungiyarmu ta fasaha ta fito ne daga manyan cibiyoyin bincike na gida, za su iya samar da ƙarin ƙwararrun kayan aiki don ku.
Muna ci gaba da haɓaka matakai na ci gaba don samar da ƙarin kayan haɓaka, kuma mun yi aiki da fasaha ta keɓance mai ƙima, wanda zai iya sanya haɗin kai tsakanin shafi da abin da ke ƙasa ya fi ƙarfin kuma ba shi da haɗari ga ɓarna.
Barka da zuwa ziyarci masana'antar mu, bari mu kara tattaunawa!
