SGGG Crystal

SGGG Wafer For Bismuth-Substituted Iron Garnet Epitaxial Films Introduction : (SGGG) crystals with calcium, magnesium, and zirconium as substituting ions have been used as substrates for bismuth-substituted iron garnet epitaxial films. Our crystals are grown by the Czochralski method.SGGG and GGG are used as substrates for liquid epitaxy. Special sizes and shapes are available at your request. Main Properties: Name Substituted GGG Crystal Structure Cubic Lattice Parameter a

Introduction : SGGG single crystal, (substituted gadolinium gallium garnet ) is grown by the Czochralski method. SGGG substrate is excellent for growing bismuth-substituted iron garnet epitaxial films.GGG and SGGG are uesd as substrates for liquid epitaxy . Main Properties: Name Substituted GGG Crystal Structure Cubic Lattice Parameter a=12.497Å Growth Method Czochralski Density 7.09g/cm3 Mohs Hardness 7.5 Melting Point 1730℃ Refractive Index 1.954 at 1064nm CRYSTRO Offers:

3-inch Substituted Gadolinium Gallium Garnet SGGG Optical Substrate Introduction : Substituted Gadolinium Gallium Garnet (SGGG) and Gadolinium Gallium Garnet (GGG) are used as substrates for liquid epitaxy. Crystro can offer substrate with well lattice parameters and surface quality in large diameters up to 4’’. Main Properties: Name Substituted GGG Crystal Structure Cubic Lattice Parameter a=12.497Å Growth Method Czochralski Density 7.09g/cm3 Mohs Hardness 7.5 Melting Point

Dia 76.2*0.5mm Substituted GGG SGGG Crystal Optical Substrate Introduction : Substituted Gadolinium Gallium Garnet (SGGG) and Gadolinium Gallium Garnet (GGG) are used as substrates for liquid epitaxy. Crystro can offer substrate with well lattice parameters and surface quality in large diameters up to 4’’. Main Properties: Name Substituted GGG Crystal Structure Cubic Lattice Parameter a=12.497Å Growth Method Czochralski Density 7.09g/cm3 Mohs Hardness 7.5 Melting Point 1730℃

3-inch SGGG Gadolinium Gallium Garnet Substrate for epitaxial growth Introduction : Substituted gadolinium gallium garnet (SGGG) crystals with calcium, magnesium, and zirconium as substituting ions have been used as substrates for bismuth-substituted iron garnet epitaxial films. Crystro can offer substrate with well lattice parameters and surface quality in large diameters up to 4’’. Main Properties: Name Substituted GGG Crystal Structure Cubic Lattice Parameter a=12.497Å

Double-Sided Polishing 76.2*1mm SGGG Substrate Introduction : Substituted gadolinium gallium garnet (SGGG) crystals with calcium, magnesium, and zirconium as substituting ions have been used as substrates for bismuth-substituted iron garnet epitaxial films. Crystro can offer substrate with well lattice parameters and surface quality in large diameters up to 4’’. Main Properties: Name Substituted GGG Crystal Structure Cubic Lattice Parameter a=12.497Å Growth Method Czochralski

Substituted GGG (SGGG) Crystals For Epitaxial Films substrates Introduction : SGGG and GGG are used as substrates for liquid epitaxy. (SGGG) crystals with calcium, magnesium, and zirconium as substituting ions have been used as substrates for bismuth-substituted iron garnet epitaxial films. Our crystals are grown by the Czochralski method. It has good physical and mechanical properties and chemical stability. Main Properties: Name Substituted GGG Crystal Structure Cubic

Low Optical Loss High Thermal Conductivity SGGG Single Crystal Wafer Introduction : SGGG and GGG are used as substrates for liquid epitaxy. Substituted gadolinium gallium garnet (SGGG) crystals with calcium, magnesium, and zirconium as substituting ions have been used as substrates for bismuth-substituted iron garnet epitaxial films. Main Advantages: Low optical loss High thermal conductivity The high laser damage threshold Main Properties: Name Substituted GGG Crystal

Gadolinium Gallium Garnet Bouble Optical Substrate SGGG Crystal Introduction : Substituted gadolinium gallium garnet (SGGG) crystals with calcium, magnesium, and zirconium as substituting ions have been used as substrates for bismuth-substituted iron garnet epitaxial films.GGG, SGGG, and NGG Garnets are used as substrates for liquid epitaxy. Main Properties: Name Substituted GGG Crystal Structure Cubic Lattic Parameter a=12.497Å Growth Method Czochralski Density 7.09g/cm3

Dia 40mm SGGG Single Crystal Wafer For Epitaxial Thin Films Introduction : SGGG single crystal, (substituted gadolinium gallium garnet ) is grown by the Czochralski method. SGGG substrate is excellent for growing bismuth-substituted iron garnet epitaxial films. Main Advantages:low optical lossHigh thermal conductivityThe high laser damage threshold Main Properties: NameSubstituted GGGCrystal Structure CubicLattice Parametera=12.497ÅGrowth MethodCzochralskiDensity7.09g/cm3Mohs

GGG Substrate, Gadolinium Gallium Garnet Substrates for Magneto-optical Film Introduction : SGGG single crystal, (substituted gadolinium gallium garnet ) is grown by Czochralski method . SGGG substrate is excellent for for growing bismuth-substituted iron garnet epitaxial films . Main Properties: Name Substituted GGG Crystal Structure Cubic Lattic Parameter a=12.497Å Growth Method Czochralski Density 7.09g/cm3 Mohs Hardness 7.5 Melting Point 1730℃ Refractive Index 1.954 at

GGG Substrate, Gadolinium Gallium Garnet Substrates for Magneto-optical Film Dia40mm SGGG Substituted GGG Substrates For bismuth-substituted iron garnet Films Epitaxial Growth Introduction : SGGG single crystal, (substituted gadolinium gallium garnet ) is grown by Czochralski method . SGGG substrate is excellent for for growing bismuth-substituted iron garnet epitaxial films . Main Properties: Name Substituted GGG Crystal Structure Cubic Lattic Parameter a=12.497Å Growth