IR (Infrared) Optical Components

IR (Infrared) optical components are substances specifically designed to transmit, reflect, filter, or absorb infrared radiation, with a wavelength range spanning approximately 700 nm to 10,000 nm.

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Laser Crystals

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  • Product Introduction
  • Key advantages
  • Application areas
  • Product Features
    • Commodity name: IR (Infrared) Optical Components

    IR (Infrared) optical components are substances specifically designed to transmit, reflect, filter, or absorb infrared radiation, with a wavelength range spanning approximately 700 nm to 10,000 nm.

    Infrared Optical Component Description

    IR (Infrared) optical components are substances specifically designed to transmit, reflect, filter, or absorb infrared radiation, with a wavelength range spanning approximately 700 nm to 10,000 nm. Unlike visible light, infrared radiation is invisible to the human eye—its wavelengths are longer than those of visible light, giving it unique interactions with matter. Because of this fundamental difference, materials that are transparent or reflective to visible light may behave differently when exposed to infrared radiation. As a result, infrared optical materials require specialized design and rigorous testing to ensure optimal performance in systems operating across the infrared spectrum. These applications encompass a wide range of optical components, such as lenses, mirrors, windows, filters, and detectors.

     

    Infrared Optical Component Types

    Infrared windows, Infrared lenses, Infrared prisms, Infrared cylindrical lenses, and Infrared aspheric lenses.

     

    Infrared Optical Component Manufacturing Specifications

    Technical Specifications

    Base Material

    Zinc Sulfide, Zinc Selenide, Calcium Fluoride, Magnesium Fluoride, Barium Fluoride, Sapphire, etc

    Dimensional Tolerance

    ±0.05mm

    Parallelism Tolerance

    <0.02mm

    Eccentricity Accuracy

    1′

    Angle Tolerance

    3′

    Chamfer

    0.1~0.5 mm×45°

    Surface shape accuracy

    λ/2@633nm

    Surface Quality

    40/20

    Coating

    Customized to Customer Specifications

     

    Application Areas

    Security monitoring infrared thermometers, infrared thermal imagers, CO2 lasers, infrared measurements, detectors, gas detectors,etc.

  • Window films are widely used across multiple fields, including optical instruments, medicine, laser technology, security, defense industries, machine vision, industrial lenses, microscopes, imaging systems, industrial equipment, and more.

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