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Однокристаллические субстраты
Created with Pixso. Length Tolerance ±0.2mm SGGG Cubic/Round for B2B Search

Length Tolerance ±0.2mm SGGG Cubic/Round for B2B Search

Наименование марки: Crystro
Номер модели: 3inch SGGG/GGG
Подробная информация
Place of Origin:
China
Length Tolerance:
±0.2mm
Mineralogical:
Garnet
Chemical Formular:
Substituted GGG
Thermal Conductivity:
7.4W M-1k-1
Type:
Cubic/Round
Polish:
EPI Polished
Dia:
Up To 3''
Dielectric Constant:
30
Выделить:

SGGG single crystal substrate

,

cubic SGGG substrate ±0.2mm

,

round SGGG substrate B2B

Описание продукта
Product Description: The Single Crystal Substrates product offers exceptional quality and performance for various applications in the field of materials science and engineering. With a thickness of 0.5 mm, these substrates provide a sturdy and reliable foundation for thin-film growth and deposition processes. One of the key features of these substrates is their high lattice constant, which plays a crucial role in determining the structural and electronic properties of the
Хорошая цена.  Онлайн

Подробная информация о продукции

Created with Pixso. Домой Created with Pixso. Продукты Created with Pixso.
Однокристаллические субстраты
Created with Pixso. Length Tolerance ±0.2mm SGGG Cubic/Round for B2B Search

Length Tolerance ±0.2mm SGGG Cubic/Round for B2B Search

Наименование марки: Crystro
Номер модели: 3inch SGGG/GGG
Подробная информация
Place of Origin:
China
Фирменное наименование:
Crystro
Model Number:
3inch SGGG/GGG
Length Tolerance:
±0.2mm
Mineralogical:
Garnet
Chemical Formular:
Substituted GGG
Thermal Conductivity:
7.4W M-1k-1
Type:
Cubic/Round
Polish:
EPI Polished
Dia:
Up To 3''
Dielectric Constant:
30
Выделить:

SGGG single crystal substrate

,

cubic SGGG substrate ±0.2mm

,

round SGGG substrate B2B

Описание продукта
Product Description: The Single Crystal Substrates product offers exceptional quality and performance for various applications in the field of materials science and engineering. With a thickness of 0.5 mm, these substrates provide a sturdy and reliable foundation for thin-film growth and deposition processes. One of the key features of these substrates is their high lattice constant, which plays a crucial role in determining the structural and electronic properties of the