Cov kev siv tseem ceeb ntawm isostatic pressed graphite

1, Czochra monocrystalline silicon thermal teb thiab polycrystalline silicon ingot cua sov cua sov:

Hauv thaj chaw thermal ntawm czochralcian monocrystalline silicon, muaj li 30 hom isostatic pressed graphite Cheebtsam, xws li crucible, cua sov, electrode, cua sov tiv thaiv phaj, noob siv lead ua, lub hauv paus rau rotating crucible, ntau yam phaj puag ncig, cua sov reflector phaj, thiab lwm yam. Ntawm lawv, 80% ntawm isostatic pressed graphite yog siv rau hauv kev tsim cov crucibles thiab cua sov. Hauv cov txheej txheem tsim khoom ntawm lub hnub ci cell polycrystalline silicon wafer, cov polycrystalline silicon fragments yuav tsum tau fused ua ntej thiab pov rau hauv polycrystalline silicon square ingot. Lub cua sov ntawm lub ingot cub tawg yuav tsum tau ua los ntawm isostatic graphite.

2. Kev Lag Luam Zog Atomic:

Hauv cov reactors nuclear fission (cov reactors txias nrog roj kub siab), graphite yog tus moderator ntawm neutrons thiab yog tus reflector zoo heev. Cov khoom siv graphite nrog kev ua tau zoo thermal conductivity thiab lub zog kho tshuab siab yog siv ua thawj phab ntsa khoom siv ntsib plasma.

3, tso tawm electrode:

Kev siv hluav taws xob tso tawm, uas feem ntau siv graphite lossis tooj liab ua electrode, yog siv dav hauv cov pwm hlau thiab lwm yam kev ua haujlwm.

4. Graphite crystallizer rau cov hlau uas tsis yog ferrous txuas ntxiv casting:

Vim nws muaj kev ua tau zoo hauv kev ua kom sov, thermal stability, self-lubrication, anti-infiltration thiab tshuaj inertiation, isostatic pressed graphite tau dhau los ua cov khoom siv tsis muaj txiaj ntsig rau kev ua cov crystallizers.