GGG substrate
The main performance parameters |
|
Product Name
|
Gadolinium gallium garnet (GGG) single crystal substrate/wafer
|
Crystal structure
|
Cubic
|
Growth method
|
Czochralski method
|
Lattice constant
|
a=12.376Å,(Z=8)
|
Melting point(℃)
|
1800
|
Purity
|
99.99%
|
Density
|
7.09
|
Hardness
|
6-7(mohs)
|
Refractive index
|
1.95
|
Special specification
|
We can customize specific specification upon requirements
|
Packing
|
100 clean bag,1000 exactly clean bag
|
Standard Specification | |||||
Product Name | Orientation | Standard Size | Thickness | Polishing | |
GGG substrate |
<100> ±0.5° <110> ±0.5° <111> ±0.5° Or other off-angle |
10x10mm 10x5mm 5x5mm 15x15mm φ2" x 0.5mm φ3" x 0.5mm Or others |
0.1mm 0.2mm 0.5mm 1.0mm 2.0mm Or others |
Fine ground Single side polished Double side polished Roughness: Ra<5A(0.5nm) |
Inquiry Online |
GGG substrate, Gadolinium gallium garnet (GGG) is dedicated substrates for magneto-optical film. In the optical communication devices, require a lot of using 1.3μ and 1.5μ optical isolator, Its core component is the YIG or BIG film been placed in a magnetic field. GGG single crystal substrates of different tangential, which can achieve the best lattice match with these magneto-optical material, Thus ensuring the YIG, BIG film epitaxial growth be successful.
GGG have good physical and mechanical properties and chemical stability. GGG is the best substrate material for made the microwave isolators .
Contact Us
- BIOTAIN CRYSTAL CO., LIMITED
- Tel: (+86) 1506 0796 451
- Fax: (+86) 0597 2212602
- Email: sales@crystal-material.com
- Work Time ( GMT +8 ):
- 9 AM ~ 6 PM, Monday to Friday
- Main office: A7, No. 501, Denggaoxi Road, Xipi street, Xinluo District, Longyan, Fujian, China
Products Category
- Substrate Materials
- Single crystal substrates
- Optical windows
- Conductive glass
- Ceramic substrates
- Single Crystals
- Sputtering Targets
- Compound Ceramic Target
- Alloy targets
- High purity Metal targets
- Evaporation material
- Oxides materials
- Fluorides materials
- Metal materials
- Nitride, Sulfide and Selenide
- High purity Nano powders