Showing all 3 results

  • Kingwim Optics Broadband Infrared FiltersKingwim Optics Broadband Infrared Filters

    Broadband Infrared Filters

    Broad Spectral Coverage: As the name suggests, broadband infrared filters offer coverage over a wide range of infrared wavelengths, enabling them to be used in applications requiring multi-wavelength or continuum measurements.

    High Transmission Efficiency: These filters are designed to transmit infrared radiation with minimal loss, ensuring high signal-to-noise ratios in measurements and imaging.

    Customizable Spectral Characteristics: The spectral response of broadband infrared filters can be tailored to specific requirements, such as blocking specific wavelengths or enhancing transmission at certain bands.

    Durability and Stability: High-quality broadband infrared filters are designed to withstand environmental factors and maintain their performance over extended periods.

    Compatibility with Different Systems: These filters can be integrated into various optical systems, including spectrometers, cameras, and remote sensing instruments.

    Applications: Astronomy and Astrophysics, Remote Sensing and Earth Observation, Thermography and Non-Destructive Testing (NDT), Biomedical Imaging, Night Vision and Thermal Imaging Systems, Spectroscopy and Material Analysis, Telecommunications, etc.

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  • Kingwim Optics Infrared Neutral Density FiltersKingwim Optics Infrared Neutral Density Filters

    Infrared Neutral Density Filters

    Metallic Coatings: The attenuation properties of these filters are achieved through metallic coatings. The metal alloy coatings are carefully selected and deposited to ensure precise control over light transmission.

    Substrate Material: Germanium is used as the substrate material due to its excellent properties in the IR spectrum. Germanium substrates ensure optimal performance and durability in demanding applications.

    Broad Wavelength Coverage: These filters are designed to attenuate radiation over a wide range in the IR region, optimized at 2.2 microns. They are capable of covering wavelengths up to 15 microns, making them suitable for various IR applications.

    Applications: Thermal Imaging, Spectroscopy, Laser Systems, Sensor Protection, etc.

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  • Kingwim Optics Narrowband Infrared FiltersKingwim Optics Narrowband Infrared Filters

    Narrowband Infrared Filters

    Wide Transmission Bandwidth: Broadband IR filters offer a wider range of transmission bandwidth compared to narrowband filters, making them suitable for applications where a broader range of wavelengths needs to be transmitted.

    Versatile Substrate Materials: Kingwin Optics utilizes a diverse range of substrate materials including silicon, sapphire, IR grade fused silica (such as Corning 7979/SK-1310), germanium, and more. This allows for customized filter options tailored to specific project requirements, ensuring compatibility with various environments and applications.

    Selectable Transmission Bands: These filters cover the entire IR wavelength spectrum from 0.9μm to 12μm, providing versatile solutions for applications such as IR thermal imaging and sensing, IR thermography, IR light emitters and detectors, and more.

    High Transmission Efficiency: Engineered with precision, Kingwin Optics’ broadband IR filters deliver high transmission within their designated bandwidths, enabling reliable and accurate manipulation of infrared signals.

    Advanced Technological Applications: These filters meet the demands of advanced technological applications where precise control and manipulation of infrared light are critical.

    Applications: IR Thermal Imaging and Sensing, IR Thermography, IR Light Emitters and Detectors, Environmental Monitoring, Military and Defense, Medical Imaging, Scientific Research, Industrial Applications, etc.

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