High-Purity JGS1 Quartz Glass Flakes - Polished U-V Optical Window(10 x 2mm)
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Premium JGS1 quartz glass flakes are polished on both sides, ensuring optimal clarity and performance for scientific research applications. Exceptional U-V transmission performance with a rate of up to 90% at 185μm, making it ideal for short-wave U-V applications. Manufactured from high-purity fused quartz, these optical windows are free from particle structures, providing superior optical . Versatile usage in various equipment and instruments, including imaging camera observation windows and protection windows. Features a partial surface type of 1/10λ and a chamfer of 0.2x45 degrees, enhancing usability in precision optical applications.
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91.38
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€ 91.38 |
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€ 91.38 |
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Description
Amazon
Premium JGS1 quartz glass flakes are polished on both sides, ensuring optimal clarity and performance for scientific research applications. Exceptional U-V transmission performance with a rate of up to 90% at 185μm, making it ideal for short-wave U-V applications. Manufactured from high-purity fused quartz, these optical windows are free from particle structures, providing superior optical . Versatile usage in various equipment and instruments, including imaging camera observation windows and protection windows. Features a partial surface type of 1/10λ and a chamfer of 0.2x45 degrees, enhancing usability in precision optical applications.
Premium JGS1 quartz glass flakes are polished on both sides, ensuring optimal clarity and performance for scientific research applications. Exceptional U-V transmission performance with a rate of up to 90% at 185μm, making it ideal for short-wave U-V applications. Manufactured from high-purity fused quartz, these optical windows are free from particle structures, providing superior optical . Versatile usage in various equipment and instruments, including imaging camera observation windows and protection windows. Features a partial surface type of 1/10λ and a chamfer of 0.2x45 degrees, enhancing usability in precision optical applications.