Transparent ultraviolet fused silica disc
Transparent ultraviolet fused silica disc is a high-precision optical element, which is mainly made of high-purity amorphous quartz glass.
Inner with Vacuum PVC bag and then wrapped with air bubble film, outer with wooden box.
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Transparent ultraviolet fused silica disc
Transparent ultraviolet fused silica disc is a high-precision optical element, which is mainly made of high-purity amorphous quartz glass. This material has extremely high optical properties and chemical stability, particularly exhibiting excellent transmittance in the ultraviolet region, typically covering wavelengths from ultraviolet to visible and even near-infrared. The main advantages of ultraviolet fused silica disc include high transmittance, high-precision optical performance, excellent chemical stability, good thermal stability, laser damage resistance, customizability, and a wide range of applications.
Ultraviolet fused silica disc is widely used in the fields of ultraviolet spectrum analysis, laser technology, photochemical reaction, medical care, environmental monitoring, scientific research and experiment. These application fields require materials with high transmittance, high-precision optical properties, excellent chemical stability, and good thermal stability to ensure precise transmission of light beams and experimental accuracy.
In addition, the surface precision and parallelism of ultraviolet fused silica disc are extremely high, which can reach the laser level. The wavefront distortion of transmission is limited to a very low level, which enables it to provide very stable and accurate performance in optical systems.
Transparent ultraviolet fused silica disc is a very important material in the field of optics, which has been paid attention to for its excellent performance and wide application.
Transparent ultraviolet fused silica disc
Transparent ultraviolet fused silica disc is a high-precision optical element, which is mainly made of high-purity amorphous quartz glass. This material has extremely high optical properties and chemical stability, particularly exhibiting excellent transmittance in the ultraviolet region, typically covering wavelengths from ultraviolet to visible and even near-infrared. The main advantages of ultraviolet fused silica disc include high transmittance, high-precision optical performance, excellent chemical stability, good thermal stability, laser damage resistance, customizability, and a wide range of applications.
Ultraviolet fused silica disc is widely used in the fields of ultraviolet spectrum analysis, laser technology, photochemical reaction, medical care, environmental monitoring, scientific research and experiment. These application fields require materials with high transmittance, high-precision optical properties, excellent chemical stability, and good thermal stability to ensure precise transmission of light beams and experimental accuracy.
In addition, the surface precision and parallelism of ultraviolet fused silica disc are extremely high, which can reach the laser level. The wavefront distortion of transmission is limited to a very low level, which enables it to provide very stable and accurate performance in optical systems.
Transparent ultraviolet fused silica disc is a very important material in the field of optics, which has been paid attention to for its excellent performance and wide application.