High Performance Infrared Fluoride (BaF2) Lens: Optical Window for UV/IR Applications (D36 x 3mm)
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Exceptional optical transmittance with a wide wavelength range from 0.15μm to 12.5μm, making it ideal for various infrared applications. High transmittance rate above 90% (0.35μm - 9μm, 3mm) ensures superior lighting performance for enhanced optical configurations. Durable construction with a melting point of 1536°C and excellent moisture resistance, designed for high temperature environments. Precision engineered with less than 5 second parallelism and 1/4λ@633nm face type, ensuring optimal optical quality. Versatile use in infrared detection, cell culture and infrared analysis, suitable for both scientific research and industrial applications.
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218.14
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€ 218.14 |
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€ 218.14 |
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Description
Amazon
Exceptional optical transmittance with a wide wavelength range from 0.15μm to 12.5μm, making it ideal for various infrared applications. High transmittance rate above 90% (0.35μm - 9μm, 3mm) ensures superior lighting performance for enhanced optical configurations. Durable construction with a melting point of 1536°C and excellent moisture resistance, designed for high temperature environments. Precision engineered with less than 5 second parallelism and 1/4λ@633nm face type, ensuring optimal optical quality. Versatile use in infrared detection, cell culture and infrared analysis, suitable for both scientific research and industrial applications.
Exceptional optical transmittance with a wide wavelength range from 0.15μm to 12.5μm, making it ideal for various infrared applications. High transmittance rate above 90% (0.35μm - 9μm, 3mm) ensures superior lighting performance for enhanced optical configurations. Durable construction with a melting point of 1536°C and excellent moisture resistance, designed for high temperature environments. Precision engineered with less than 5 second parallelism and 1/4λ@633nm face type, ensuring optimal optical quality. Versatile use in infrared detection, cell culture and infrared analysis, suitable for both scientific research and industrial applications.