K9 Glass Linear Polarizer 90% Polarization Efficiency for Precision Optical Applications

K9 Glass Linear Polarizer 90% Polarization Efficiency for Precision Optical Applications

Item No: X-P25F3S6901B

Enhance your optical system performance with our **K9 Optical Polarizer (100mm × 2mm)**, designed for high precision light control and superior polarization efficiency. Manufactured from high-quality **K9 optical glass**, this polarizer delivers a **minimum polarization ratio of 90%**, making it ideal for laser systems, imaging instruments, optical testing, and research applications. The durable material and precision polishing ensure excellent transmission and long-term stability in demanding environments.

Material | K9 Optical Glass |
Size | 100mm × 2mm |
Minimum Polarization | ≥ 90%

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    Additional Information

    What is an Optical Polarizer?

    An optical polarizer, also known as a polarizing filter or polarization optic, is a precision optical element used to control the direction of light vibration. It transmits only light waves in a selected polarization state, helping to reduce reflection and enhance contrast. Our K9 glass polarization element provides high transmission, stable performance, and minimal wavefront distortion, ideal for professional optical and laser systems.

    Technical Specifications

    ParameterSpecification
    Product NameK9 Optical Polarizer / Linear Polarizing Filter
    MaterialK9 Optical Glass
    Dimensions100mm × 2mm
    Minimum Polarization Ratio≥ 90%
    Optical TransmissionHigh (>90%)
    Surface Quality60/40 (custom options available)
    Coating OptionsAnti-Reflection (AR), UV, or IR Coating
    ShapeRound / Square (customizable)
    Working Wavelength Range400–700nm (Visible Spectrum)
    CustomizationDimensions, Coatings, Mounts available upon request

    Pictures of Optical Polarizer

    Detailed Video of K9 Polarizer

    Production Factory of VY Optoelectronics Co.,Ltd.

    Main Characteristics

    • Constructed from optical-grade K9 glass substrate with high surface accuracy.
    • Provides linear polarization with excellent extinction ratio and uniform optical quality.
    • Designed for laser optics, scientific imaging, and polarization-sensitive instruments.
    • Ensures high transmission and minimal birefringence.
    • Custom polarizing optics available in various diameters and coatings.

    Applications of the Polarizing Filter

    • Laser Optics Systems: Beam separation, attenuation, and light control.
    • Imaging & Microscopy: Enhances image clarity and reduces glare.
    • Optical Testing Equipment: Improves measurement accuracy and repeatability.
    • Research & Development: Ideal for polarization experiments and analysis.
    • Industrial Vision Systems: Enhances object contrast in automated inspection.

    Product Benefits and Advantages

    • ✅ High Polarization Efficiency: ≥90% for stable optical output.
    • ✅ Durable K9 Glass: Excellent transparency and mechanical strength.
    • ✅ Precision Surface Quality: Reduces scattering and wavefront errors.
    • ✅ Flexible Customization: Available in multiple sizes and coatings.
    • ✅ Cost-Effective: Combines accuracy with competitive pricing.

    People Also Ask (FAQ)

    Q1: What is the difference between a polarizer and a polarization filter?

    Both terms describe optical components that control light vibration. A polarization filter can vary in coating or design, but both perform the same function of polarizing light.

    Q2: Why choose a K9 glass polarizing optic?

    K9 optical glass offers high transparency, low internal stress, and superior polishing quality, making it a reliable material for precision optics.

    Q3: Can this polarizing component be used with laser systems?

    Yes, our K9 polarization element works effectively with low- to medium-power laser and imaging systems.

    Q4: Do you provide custom polarizing optics?

    Yes. We offer custom-made polarization components including size, coating, and mount design based on your requirements.

    Q5: How to choose the right polarization element?

    Consider your wavelength range, desired polarization ratio, and optical setup. Our engineers can recommend the right polarizing optic for your application.

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