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The material of fused quartz has high temperature resistance, small coefficient of thermal expansion, good chemical stability and good performance in ultraviolet and infrared band. According to its optical properties, it can be divided into three categories:
JGS1 Far UV Applied spectral wavelength 185- 2500nm
JGS2 UV Applied spectral wavelength 220- 2500 nm
JGS3 IR Applied spectral wavelength 260- 3500nm
As a first-class window material, it can be applied to the observation window of high temperature field, military and new technology field. Extremely high and stable optical properties under harsh working conditions.
Parameter
Tolerance±0.05mm
Surface Accuracy: 1/2λ,λ/4 per φ25.4mm
S/D: 60-40, 40-20, 20-10,10-5
Chamfer: 0.2-0.3mm×45°
CA: >90%
Fused quartz is widely used in observation Windows of high temperature field, military field and new technology field. Extremely high and stable optical properties under harsh working conditions
The material of fused quartz has high temperature resistance, small coefficient of thermal expansion, good chemical stability and good performance in ultraviolet and infrared band. According to its optical properties, it can be divided into three categories:
JGS1 Far UV Applied spectral wavelength 185- 2500nm
JGS2 UV Applied spectral wavelength 220- 2500 nm
JGS3 IR Applied spectral wavelength 260- 3500nm
As a first-class window material, it can be applied to the observation window of high temperature field, military and new technology field. Extremely high and stable optical properties under harsh working conditions.
Parameter
Tolerance±0.05mm
Surface Accuracy: 1/2λ,λ/4 per φ25.4mm
S/D: 60-40, 40-20, 20-10,10-5
Chamfer: 0.2-0.3mm×45°
CA: >90%
Fused quartz is widely used in observation Windows of high temperature field, military field and new technology field. Extremely high and stable optical properties under harsh working conditions