High transmittance stage lens quartz glass plate
High transmittance stage lens quartz glass plate is a special optical material mainly used for stage lighting and other optical applications.
LUVERRE quartz
99.99%
Inner with Vacuum PVC bag and then wrapped with air bubble film, outer with wooden box.
as per customer's requirement
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High transmittance stage lens quartz glass plate
High transmittance stage lens quartz glass plate is a special optical material mainly used for stage lighting and other optical applications. This type of quartz glass plate is renowned for its high transmittance, low absorption, and scattering properties, making it an ideal choice for manufacturing high-performance lenses.
High transmittance: This quartz glass plate has extremely high transmittance, almost reaching 100%, with a transmittance of over 90% in the visible light region, approaching the theoretical limit. This ensures the brightness and clarity of the stage lighting, providing the audience with a high-quality visual experience.
Thermal stability and environmental resistance: Quartz glass panels exhibit minimal thermal expansion, making them highly resistant to temperature fluctuations and thermal shocks. This stability is particularly advantageous in optical systems under extreme conditions, such as high-temperature industrial processes or space exploration missions. In addition, quartz glass has excellent chemical corrosion resistance, moisture resistance, and radiation resistance, ensuring its service life and reliability in harsh environments.
Mechanical strength and durability: Quartz glass lenses have high Young's modulus and tensile strength, excellent resistance to mechanical stress and deformation, ensuring the dimensional stability and accuracy of optical components. This durability enables quartz glass lenses to withstand strict handling and environmental pressures, making them suitable for rugged industrial environments and outdoor optical systems.
Low dispersion and aberration correction: Quartz glass further distinguishes itself through its low dispersion characteristics, which enables precise correction of chromatic aberration in optical systems. Quartz glass lenses, with their unique refractive index dispersion curve, can effectively reduce color fringing and spectral distortion, improving image clarity and sharpness.
High transmittance stage lens quartz glass panels play an important role in stage lighting and other high-performance optical applications due to their excellent optical performance, thermal stability, mechanical strength, and resistance to environmental factors.
High transmittance stage lens quartz glass plate
High transmittance stage lens quartz glass plate is a special optical material mainly used for stage lighting and other optical applications. This type of quartz glass plate is renowned for its high transmittance, low absorption, and scattering properties, making it an ideal choice for manufacturing high-performance lenses.
High transmittance: This quartz glass plate has extremely high transmittance, almost reaching 100%, with a transmittance of over 90% in the visible light region, approaching the theoretical limit. This ensures the brightness and clarity of the stage lighting, providing the audience with a high-quality visual experience.
Thermal stability and environmental resistance: Quartz glass panels exhibit minimal thermal expansion, making them highly resistant to temperature fluctuations and thermal shocks. This stability is particularly advantageous in optical systems under extreme conditions, such as high-temperature industrial processes or space exploration missions. In addition, quartz glass has excellent chemical corrosion resistance, moisture resistance, and radiation resistance, ensuring its service life and reliability in harsh environments.
Mechanical strength and durability: Quartz glass lenses have high Young's modulus and tensile strength, excellent resistance to mechanical stress and deformation, ensuring the dimensional stability and accuracy of optical components. This durability enables quartz glass lenses to withstand strict handling and environmental pressures, making them suitable for rugged industrial environments and outdoor optical systems.
Low dispersion and aberration correction: Quartz glass further distinguishes itself through its low dispersion characteristics, which enables precise correction of chromatic aberration in optical systems. Quartz glass lenses, with their unique refractive index dispersion curve, can effectively reduce color fringing and spectral distortion, improving image clarity and sharpness.
High transmittance stage lens quartz glass panels play an important role in stage lighting and other high-performance optical applications due to their excellent optical performance, thermal stability, mechanical strength, and resistance to environmental factors.