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GaN Epitaxial Graphite Susceptor pro G5
  • GaN Epitaxial Graphite Susceptor pro G5GaN Epitaxial Graphite Susceptor pro G5
  • GaN Epitaxial Graphite Susceptor pro G5GaN Epitaxial Graphite Susceptor pro G5

GaN Epitaxial Graphite Susceptor pro G5

VeTek Semiconductor est fabrica et elit professionalis, dedicata ad parandum susceptorem graphiticum GaN Epitaxial Summum G5. societates diuturnum et stabiles cum multis notis societatibus domi et foris instituimus, fidem ac observantiam clientium nostrorum promerendam.

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VeTek Semiconductor Sinarum GaN Epitaxial Graphite susceptor professionalis Pro G5 fabrica et elit. In graphio epitaxiali GaN susceptor G5 enim est pars critica in Aixtron G5 adhibita depositionis vaporis chemici metallo-organici (MOCVD) systematis crescendi GENERALIS GENERALIS Galli nitride (GaN) tenuium membranarum, ludit munus praecipuum in temperatura uniformi procuranda. distributio, translatio caloris efficiens, et minima contaminatio in processu incrementi.


Key Features VeTek Semiconductor GaN Epitaxial Graphite susceptor Pro G5:

- Maximum puritatem: susceptor factus est ex graphite summe puro cum CVD coatingit, extenuando contagionem membranae crescentis GaN.

- Excellent scelerisque conductivity: Graphitae princeps conductivitatis scelerisque (150-300 W/(m·K)) distributio temperaturae uniformis per susceptorem efficit, ducens ad incrementum cinematographicum congruenter GaN.

- Minimum scelerisque expansionem: susceptor humilis scelerisque expansionem coefficiens minimizes lacus scelerisque ac crepuit per summus caloris incrementum processus.

- Chemical inertness: Graphita chemica inertia est et cum praecursoribus GaN non gerit, immunditia non inutiles in adultis pelliculis impediens.

- Compatibilitas cum Aixtron G5: Susceptus in Aixtron G5 MOCVD systematis usus specialiter destinatur, idoneos et functiones proprias procurans.


Applicationes:

Summus claritas LEDs: GaN-fundatur LEDs altam efficientiam et longam vitae spatium praebent, easque aptas facit ad generales illuminationes, autocinetiones illustrandas, et applicationes propono.

Summus potestas transistores: GaN transistores praestantiorem observantiam offerunt secundum densitatem, efficientiam et celeritatem mutandi, eosque ad potentiam applicationum electronicarum idoneas reddendo.

Diodes Laser: Laser diodes GaN-fundatus efficientiam altam et breves aequalitates offerunt, easque aptas facit ad applicationes opticas et communicationes sociales.


Product parameter of the GaN Epitaxial Graphite Susceptor for G5

Corporalis proprietatibus graphite isostatic
Property Unitas Typical Value
Mole densitas g/cm³ 1.83
duritia HSD 58
Resistivity electrica mΩ.m 10
Flexurae Fortitudo MPa 47
Compressive fortitudo MPa 103
Distrahentes fortitudo MPa 31
Modulus GPa 11.8
Scelerisque Expansion (CTE) 10-6K-1 4.6
Scelerisque conductivity W·m-1·K-1 130
Mediocris Frumenti Location μm 8-10
Porosity % 10
Cinis Content ppm ≤10 (purgatus)

Nota: Priusquam tunicam, primam purificationem, post vestitionem, secundam purificationem faciemus.


Basicae physicae proprietates CVD SiC coating
Property Typical Value
Crystal Structure FCC β Phase polycrystallina, maxime (111) ordinatur
Densitas 3.21 g/cm³
duritia MMD Vickers duritiem 500g onus
Frumenti amplitudo 2~10μm
Puritas chemica 99.99995%
Calor Capacity 640 J·kg-1·K-1
Sublimatio Temperature 2700℃
Flexurae Fortitudo 415 MPa RT 4-punctum
Modulus 430 Gpa 4pt bend, 1300℃
Scelerisque conductivity 300W·m-1·K-1
Scelerisque Expansion (CTE) 4.5×10-6K-1


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