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Magneto Optical Crystals

Single Crystal Substrates

Piezoelectric Effect Crystals

Faraday Isolator

Scintilation Crystals

Laser Crystals

Pockels Cell Q Switch

Other Single Crystals

TGG Crystal

TSAG Crystal

GGG Crystal

LaAlO3 Wafer

Q Switch Crystals
solutions
blog
contact us
quote
Good price online

products details

Created with Pixso. Home Created with Pixso. Products Created with Pixso.
Single Crystal Substrates
Created with Pixso. SGGG Crystal (Ca-Mg-Zr Doped Gadolinium Gallium Garnet), professional substrate material specially applied for epitaxial growth of bismuth iron garnet thin films
SGGG Crystal (Ca-Mg-Zr Doped Gadolinium Gallium Garnet), professional substrate material specially applied for epitaxial growth of bismuth iron garnet thin films
  • name
  • name

SGGG Crystal (Ca-Mg-Zr Doped Gadolinium Gallium Garnet), professional substrate material specially applied for epitaxial growth of bismuth iron garnet thin films

Brand Name: Crystro
Model Number: SCR-2026-26-02
Delivery Time: 5-6weeks
Payment Terms: T/T, Western Union,MoneyGram,Paypal
Detail Information
Product Description
Detail Information
Place of Origin:
China
Materials:
SGGG
Molecular Formula:
Substituted Gd3GasO12
Crystal Structure:
Cubic Crystal System
Lattice Constant:
A=12.497 A
Growing Methods:
Czochralski
Mohs Hardness:
7.5
Density:
7.09g/cm3
Melting Point:
1730°C
Reflection Coefficient:
1.954 @ 1064nm
Highlight:

SGGG Crystal substrate for epitaxial growth

,

Ca-Mg-Zr doped Gadolinium Gallium Garnet

,

Bismuth iron garnet thin film material

Product Description

SGGG Crystal (Ca-Mg-Zr Doped Gadolinium Gallium Garnet), professional substrate material specially applied for epitaxial growth of bismuth iron garnet thin films, high optical uniformity and stable crystal lattice structure for magneto-optical devices.

 

Gadolinium gallium garnet (GGG) substrates, one of the earliest developed materials for use as substrates, are unsuitable due to their extremely small lattice constants. As a result, SGGG crystals, which use calcium, magnesium, and zirconium as substitution ions, are more suitable as substrates for bismuth-iron garnet epitaxial films.

 

Indicator Name Dimensions or Other Information Reference Indicators
Dimensic Nominal Size 3/4inch
Diameter (mm) 3" 76.20±0.3
  4" 101.60±0.3
Thickness (um) 3" 630±30
  4" 800±30 or custom
Crystaloptics / (111)±0.1°
Lattice constant / 12.497±0.003A
Position the edges Main positioning edge [-110]±2°
  Sub-position the edges [-1-12]±2°
Surface Quality Flatness (degree) Maximum value minimum value within 80% coverage area center ≤6um
  TTV Maximum value - minimum value within 80% coverage area center ≤6um
  Dislocations (dislocations) Within 80% coverage area, center region <10/cm2
    Within 10% of the center area covering 80% of the total surface area
Other Defects
(Extrudedsurface)		   Within 10% of the center area covering 80% of the total surface area

 

 

Key features:

Low fault density.

High consistency in lattice constants.

Typical applications:

The substrate material for BIG magnetoelectric epitaxial films.

Magnetic refrigeration.

Tags: 

laalo3 substrate  

single crystal elements  

lanthanum aluminate

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Products Details

Created with Pixso. Home Created with Pixso. Products Created with Pixso.
Single Crystal Substrates
Created with Pixso. SGGG Crystal (Ca-Mg-Zr Doped Gadolinium Gallium Garnet), professional substrate material specially applied for epitaxial growth of bismuth iron garnet thin films
All Category

Magneto Optical Crystals

Single Crystal Substrates

Piezoelectric Effect Crystals

Faraday Isolator

Scintilation Crystals

Laser Crystals

Pockels Cell Q Switch

Other Single Crystals

TGG Crystal

TSAG Crystal

GGG Crystal

LaAlO3 Wafer

Q Switch Crystals
SGGG Crystal (Ca-Mg-Zr Doped Gadolinium Gallium Garnet), professional substrate material specially applied for epitaxial growth of bismuth iron garnet thin films
  • name
  • name

SGGG Crystal (Ca-Mg-Zr Doped Gadolinium Gallium Garnet), professional substrate material specially applied for epitaxial growth of bismuth iron garnet thin films

Brand Name: Crystro
Model Number: SCR-2026-26-02
Payment Terms: T/T, Western Union,MoneyGram,Paypal
Detail Information
Product Description
Detail Information
Place of Origin:
China
Brand Name:
Crystro
Model Number:
SCR-2026-26-02
Materials:
SGGG
Molecular Formula:
Substituted Gd3GasO12
Crystal Structure:
Cubic Crystal System
Lattice Constant:
A=12.497 A
Growing Methods:
Czochralski
Mohs Hardness:
7.5
Density:
7.09g/cm3
Melting Point:
1730°C
Reflection Coefficient:
1.954 @ 1064nm
Delivery Time:
5-6weeks
Payment Terms:
T/T, Western Union,MoneyGram,Paypal
Highlight:

SGGG Crystal substrate for epitaxial growth

,

Ca-Mg-Zr doped Gadolinium Gallium Garnet

,

Bismuth iron garnet thin film material

Product Description

SGGG Crystal (Ca-Mg-Zr Doped Gadolinium Gallium Garnet), professional substrate material specially applied for epitaxial growth of bismuth iron garnet thin films, high optical uniformity and stable crystal lattice structure for magneto-optical devices.

 

Gadolinium gallium garnet (GGG) substrates, one of the earliest developed materials for use as substrates, are unsuitable due to their extremely small lattice constants. As a result, SGGG crystals, which use calcium, magnesium, and zirconium as substitution ions, are more suitable as substrates for bismuth-iron garnet epitaxial films.

 

Indicator Name Dimensions or Other Information Reference Indicators
Dimensic Nominal Size 3/4inch
Diameter (mm) 3" 76.20±0.3
  4" 101.60±0.3
Thickness (um) 3" 630±30
  4" 800±30 or custom
Crystaloptics / (111)±0.1°
Lattice constant / 12.497±0.003A
Position the edges Main positioning edge [-110]±2°
  Sub-position the edges [-1-12]±2°
Surface Quality Flatness (degree) Maximum value minimum value within 80% coverage area center ≤6um
  TTV Maximum value - minimum value within 80% coverage area center ≤6um
  Dislocations (dislocations) Within 80% coverage area, center region <10/cm2
    Within 10% of the center area covering 80% of the total surface area
Other Defects
(Extrudedsurface)		   Within 10% of the center area covering 80% of the total surface area

 

 

Key features:

Low fault density.

High consistency in lattice constants.

Typical applications:

The substrate material for BIG magnetoelectric epitaxial films.

Magnetic refrigeration.

Tags: 

laalo3 substrate

single crystal elements

lanthanum aluminate

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