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Fused Silica Glass Plate

‌Detailed Parameters‌

  • ‌Dimensions‌

    :

    • Diameter range: 5–1500 mm ‌3

    • Thickness range: 0.5–100 mm ‌45

  • ‌Material Purity‌

    :

    • SiO₂ content > 99.99% ‌6

  • ‌Thermal Stability‌

    :

    • Operating temperature: up to 1200°C ‌57

    • Low thermal expansion coefficient ‌7

  • ‌Mechanical Properties‌

    :

    • Mohs hardness: 5.5 ‌5

    • Compressive strength: 1130 N/mm² ‌5


‌Optical Performance‌

  1. ‌Transmission Range‌

    :

    • High IR transparency (85%+); operates in 260–3500 nm ‌24.

    • Effective in 220–2500 nm; minimal absorption in 200–2500 nm ‌12.

    • Transmits 90% at 185 nm; no absorption bands in 185–2500 nm ‌12.

    • ‌JGS1 (Far-UV Grade)‌

      :

    • ‌JGS2 (UV-Visible Grade)‌

      :

    • ‌JGS3 (IR Grade)‌

      :

  2. ‌Spectral Characteristics‌

    :

    • Strong absorption bands in 2600–2800 nm for JGS1/JGS2; no significant absorption in JGS3 ‌12.

  3. ‌Radiation Resistance‌

    :

    • Non-fluorescent and stable under intense UV/IR radiation ‌12.


‌Key Material Grades‌

GradeSpectral RangeKey Applications
‌JGS1‌185–2500 nmDeep UV lithography, UV lamp components ‌24
‌JGS2‌220–2500 nmUV-visible optics, laser systems ‌25
‌JGS3‌260–3500 nmIR windows, high-temperature environments ‌24

‌Additional Features‌

  • ‌Surface Quality‌

    : High-grade polishing for minimal optical distortion ‌3.

  • ‌Chemical Resistance‌

    : Inert to acids, gases, and corrosive environments ‌57.

These parameters and optical properties make quartz glass plates critical for applications in semiconductor manufacturing, precision optics, and high-performance industrial systems ‌



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  • 商品说明
  • 商品参数

Fused silica glass plates are high-temperature resistant, optically transparent materials with exceptional mechanical and thermal properties. They are commonly used in applications requiring high-temperature stability, chemical resistance, and precision optics.

Key Features

  • ‌High Temperature Resistance‌
    Regular working temperature is up to 1000°C, short-term use can reach 1100°C, and instant peak temperature can reach 1300°C. ‌1

  • ‌Optical Properties‌
    Transmittance is excellent in the UV, visible, and infrared ranges, with low birefringence and high homogeneity. ‌12

  • ‌Chemical Resistance‌
    Resistant to acids, alkalis, and organic solvents. ‌1

  • ‌Mechanical Properties‌
    Density is 2.2 g/cm³, with high hardness and scratch resistance. ‌3

Applications

  • ‌Industrial Uses‌
    Used in rubber, plastic, chemical processing, construction, and metallurgy. ‌3

  • ‌Optical Applications‌
    Commonly used in laser drilling, precision optics, and high-temperature environments. ‌34

Customization

  • ‌Processing‌
    Available in polished or ground finishes, with custom sizes from 75×25×2 mm to 300×300 mm. ‌13

  • ‌Certifications‌
    ISO and RoHS compliant. ‌



Fused silica glass plate product parameters are typically characterized by their high temperature resistance, optical properties, and mechanical characteristics. The following are key parameters for different products:

General Parameters

  • ‌Working temperature‌

    • Regular: 1000°C

    • Short-term: 1100°C

    • Instant: 1300°C ‌1

  • ‌Light transmission‌

    • UV grade products have high light transmission, suitable for optical applications. ‌12

Dimensions

  • ‌Thickness range‌

    • Commonly available from 0.5 to 100 mm. ‌2

  • ‌Size‌

    • Standard sizes include 13 mm and other customizable options. ‌23

Surface characteristics

  • ‌Surface finish‌

    • Clear and transparent with no bubbles or scratches. ‌3

  • ‌Polishing‌

    • Thick polished plates are available for liquid level gauges. ‌4

Customization

  • ‌Certifications‌

    • Products are typically certified with ISO and RoHS standards. ‌13

  • ‌Samples‌

    • Samples can be requested for testing at $10 per piece. ‌3

Application examples

  • ‌Chemical/construction‌

    • Used in harsh environments due to high temperature resistance. ‌3

  • ‌Optical‌

    • Fused silica is preferred for UV applications, such as lenses and prisms


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