products details

Home Products

High Thermal Conductivity TGG Bar Magneto Optical Crystals

Name: High Thermal Conductivity TGG Bar Magneto Optical Crystals
Brand: ANHUI CRYSTRO CRYSTAL MATERIALS Co., Ltd.
SKU: JCR200404-06
Price: 10,005.00 USD
Availability: InStock

Brand Name:	Crystro
Model Number:	JCR200404-06
MOQ:	1pc
Delivery Time:	3-4 weeks
Payment Terms:	T/T, Western Union, MoneyGram, Paypal

Detail Information

Product Description

Detail Information

Place of Origin:

China

Certification:

SGS/ROHS

Type:

TGG Bar

Diameter:

1mm-100mm

Diameter Tolerance:

+0/-0.05mm

Length Tolerance:

+/-0.2mm

Extinction Ratio:

Up To 40dB

Surface Quality:

10-5

AR Coating:

<0.2%

Thermal Conductivity:

7.4W M-1K-1

Packaging Details:

Transparent clean box

Supply Ability:

10000pcs per week

Highlight:

gadolinium gallium garnet

ggg substrate

TGG Bar Magneto Optical Crystals

Product Description

Magneto Optical Crystal TGG Single Crystal High thermal conductivity

Description:

Terbium gallium garnet (Tb3Ga5O12, TGG) is a crucial category of magneto-optical materials for use in the visible and the near-infrared spectral regions((400-470nm and 500-1500nm)). The TGG crystal possesses a large Verdet constant (35 RadT−1m−1 at 1064 nm), high thermal conductivity (7.4 Wm−1K−1), low optical losses (< 0.1%/cm) and high laser damage threshold (> 1 GW/cm2). Therefore, it is an attractive Faraday-rotating crystal suitable for constructing magneto-optical isolators, magneto-optical switches, magneto-optical modulators and so on,widely used in YAG, Ti-doped sapphire and other multi-stage amplification, ring type, seed injection laser

Features:

Large Verdet Constant (Typical 35 dB,Up to 40dB)
Low optical losses (<0.1%/cm)
High thermal conductivity (7.4W m-1K-1).
High laser damage threshold (>1GW/cm2).
TGG has twice the Verdet constant of a terbium-doped glass.
Thermal conductivity is an order of magnitude greater than typical glass.
Optical losses are lower for TGG than Tb-doped glasses

Applications:

Faraday Rotator;
Optical Isolator.
Magnetic sensor

Main Properties:

Chemical Formula	TB₃Ga₅O₁₂
Lattic Parameter	a=12.355Å
Growth Method	Czochralski
Density	7.13g/cm³
Mohs Hardness	8.0
Melting Point	1725℃
Refractive Index	1.954 at 1064nm

CRYSTRO supply TGG crystal with:

Orientation	[111] within ±15 arc min
Wave Front Distortion	<1/8 wave
Extinction Ratio	>35dB
Diameter Tolerance	+0.00mm/-0.05mm
Length Tolerance	+0.2mm/-0.2mm
Chamfer	0.10mm@45º
Flatness	<1/10 wave at 633nm
Parallelism	< 30 arc Seconds
Perpendicularity	< 5 arc min
Surface Quality	10/5 Scratch/Dig
AR Coating	<0.2%
Large Dimensions of Crystals	2.0--76 mm in diameter

Tags:

Products Details

Home Products

Magneto Optical Crystals

High Thermal Conductivity TGG Bar Magneto Optical Crystals

All Category

High Thermal Conductivity TGG Bar Magneto Optical Crystals

Brand Name:	Crystro
Model Number:	JCR200404-06
MOQ:	1pc
Packaging Details:	Transparent clean box
Payment Terms:	T/T, Western Union, MoneyGram, Paypal

Detail Information

Product Description

Detail Information

Place of Origin:

China

Brand Name:

Crystro

Certification:

SGS/ROHS

Model Number:

JCR200404-06

Type:

TGG Bar

Diameter:

1mm-100mm

Diameter Tolerance:

+0/-0.05mm

Length Tolerance:

+/-0.2mm

Extinction Ratio:

Up To 40dB

Surface Quality:

10-5

AR Coating:

<0.2%

Thermal Conductivity:

7.4W M-1K-1

Minimum Order Quantity:

1pc

Packaging Details:

Transparent clean box

Delivery Time:

3-4 weeks

Payment Terms:

T/T, Western Union, MoneyGram, Paypal

Supply Ability:

10000pcs per week

Highlight:

gadolinium gallium garnet

ggg substrate

TGG Bar Magneto Optical Crystals

Product Description

Magneto Optical Crystal TGG Single Crystal High thermal conductivity

Description:

Features:

Large Verdet Constant (Typical 35 dB,Up to 40dB)
Low optical losses (<0.1%/cm)
High thermal conductivity (7.4W m-1K-1).
High laser damage threshold (>1GW/cm2).
TGG has twice the Verdet constant of a terbium-doped glass.
Thermal conductivity is an order of magnitude greater than typical glass.
Optical losses are lower for TGG than Tb-doped glasses

Applications:

Faraday Rotator;
Optical Isolator.
Magnetic sensor

Main Properties:

Chemical Formula	TB₃Ga₅O₁₂
Lattic Parameter	a=12.355Å
Growth Method	Czochralski
Density	7.13g/cm³
Mohs Hardness	8.0
Melting Point	1725℃
Refractive Index	1.954 at 1064nm

CRYSTRO supply TGG crystal with:

Orientation	[111] within ±15 arc min
Wave Front Distortion	<1/8 wave
Extinction Ratio	>35dB
Diameter Tolerance	+0.00mm/-0.05mm
Length Tolerance	+0.2mm/-0.2mm
Chamfer	0.10mm@45º
Flatness	<1/10 wave at 633nm
Parallelism	< 30 arc Seconds
Perpendicularity	< 5 arc min
Surface Quality	10/5 Scratch/Dig
AR Coating	<0.2%
Large Dimensions of Crystals	2.0--76 mm in diameter

Tags:

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

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

products details

High Thermal Conductivity TGG Bar Magneto Optical Crystals

gadolinium gallium garnet

ggg substrate

TGG Bar Magneto Optical Crystals

Products Details

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

High Thermal Conductivity TGG Bar Magneto Optical Crystals

gadolinium gallium garnet

ggg substrate

TGG Bar Magneto Optical Crystals