Faraday Rotator Glass/Magneto Optic Glass
* Paramagnetism Faraday Rotator Glasses
Type MR3-2 glass with higher Verdet constant -0.33 min/Oe-cm at 632.8nm or -96rad/T*m at 632.8 nm is characterized by a high Verdet constant and a lower nonlinear refractive index n2 to avoid self-focusing in high power laser system.Type MR4 glass with highest Verdet constant -0.38 min/Oe-cm at 632.8nm or -110 rad/T*m at 632.8 nm* Diamagnetic Faraday Rotator GlassType MR1 with very important properties, its higher Verdet constant 0.072~0.092 min/Oe*cm at 632.8nm, it’s nearly independent of temperature from -40℃~+85℃ with better thermal stability, high sensitive and steady which are used for magneto-optical device, instrumentsand, magneto-optical sensor and Magneto-Optical Current Transducer (MOCT), etc.Type MR1 Faraday Rotator Glass
Type MR1 Diamagnetic Faraday Rotator Glass
Verdet constant=0.072~0.093min/Oe.cm at 632.8nm
Advantages: Diamagnetic Faraday Rotator Glasses has a very important property which is independent of temperature and widely used in Magnet Optic Current Transform(MOCT) and many kinds of polarimeters and instruments with higher sensitivity and stability.Type MR3-2 Faraday Rotator Glass
Paramagnetism Faraday Rotator Glass
Type MR3-2 faraday rotator glass parameters at 20 ℃ temperature
Verdet Constant: -0.33min/Oe*cm or -96rad/T*m at 632.8 nm
Verdet Constant: -0.11 min/Oe*cm or -31.4 rad/T*m at 1064 nm
Transmission window: 400nm-1600nm
Type MR3-2 glass is characterized by a high Verdet constant and a lower nonlinear refractive index n2 to avoid self-focusing in high power laser system.Type MR4 Faraday Rotator Glass
Type MR4 Paramagnetism Faraday Rotator Glass parameters
Verdet constant=-0.38 min/Oe*cm at 632.8 nm, t=20 ℃
Verdet constant=-0.118 min/Oe*cm at 1064 nm, t=20 ℃