Home All Products Optical Components Optical Material Anhydrous synthetic quartz F-HIR Z
Anhydrous synthetic quartz F-HIR Z
Optical Material

Anhydrous synthetic quartz F-HIR Z

Supplier
Feilihua
Category
Optical Material
Origin
China

F-HIR Z is a preferred material for laser equipment and hemispherical resonant gyroscopes.

Specification Snapshot
Refractive Index [Wavelength λ=194.17nm]
1.559557
Refractive Index n_{KrF} [Wavelength λ=248.27nm]
1.508926
Refractive Index [Wavelength λ=302.15nm]
1.487397
Refractive Index [Wavelength λ=313.18nm]
1.484554
Refractive Index [Wavelength λ=351nm]
1.477138
Refractive Index n_{i} [Wavelength λ=365.01nm]
1.474824
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Overview

F-HIR Z is a preferred material for laser equipment and hemispherical resonant gyroscopes.

Specifications

ParameterValue
Total metal impurity content [F-HIR Z material overview (not separated by grade)]＜10
Hydroxyl Content [F-HIR Z material overview (not separated by grade)]＜1
Temperature rise [F-HIR Z material overview (not separated by grade); 10000W, 150S]＜5
Internal Transmittance [F-HIR Z material overview (not separated by grade); 10mm; 193nm]99.7%
Internal Transmittance [F-HIR Z material overview (not separated by grade); 10mm; 248nm]99.8%
Internal Transmittance [F-HIR Z material overview (not separated by grade); 10mm; 633nm]99.9%
External transmittance [F-HIR Z material overview (not separated by grade); 6.35mm; 193nm]≥90.2%
Weak absorption [F-HIR Z material overview (not separated by grade); 1064nm]＜2
Coefficient of Thermal Expansion [F-HIR Z material overview (not separated by grade); 30~200℃]＜6.5×10⁻⁷
Uniformity [Sample glass aperture Φ100mm]0.37 1×10⁻⁶
Uniformity [Sample glass aperture Φ150mm]0.70 1×10⁻⁶
Uniformity [Sample glass aperture Φ200mm]1.08 1×10⁻⁶
Uniformity [Sample glass aperture Φ250mm]1.39 1×10⁻⁶
Uniformity [Sample glass aperture Φ300mm]2.01 1×10⁻⁶
Uniformity [Sample glass aperture Φ350mm]3.77 1×10⁻⁶
Hydroxyl Content [F-HIR Z1]＜ 1
Optical Homogeneity [F-HIR Z1]≤ 0.5 ppm
Stress [F-HIR Z1]≤ 5 ppm
Striae [F-HIR Z1; Three-dimensional light-transmission directions meet ISO-10110 class5]3D
Fluorescence [F-HIR Z1; Mercury lamp 254nm/365nm inspection]None
Hydrogen Concentration [F-HIR Z1; Customizable]5×10¹⁶ ~ 5×10¹⁸
Hydroxyl Content [F-HIR Z2]＜ 1
Optical Homogeneity [F-HIR Z2]≤ 1 ppm
Stress [F-HIR Z2]≤ 5 ppm
Striae [F-HIR Z2; Three-dimensional light-transmission directions meet ISO-10110 class5]3D
Fluorescence [F-HIR Z2; Mercury lamp 254nm/365nm inspection]None
Hydrogen Concentration [F-HIR Z2; Customizable]5×10¹⁶ ~ 5×10¹⁸
Hydroxyl Content [F-HIR Z3]＜ 1
Optical Homogeneity [F-HIR Z3]≤ 2 ppm
Stress [F-HIR Z3]≤ 5 ppm
Striae [F-HIR Z3; Three-dimensional light-transmission directions meet ISO-10110 class5]3D
Fluorescence [F-HIR Z3; Mercury lamp 254nm/365nm inspection]None
Hydrogen Concentration [F-HIR Z3; Customizable]5×10¹⁶ ~ 5×10¹⁸
Hydroxyl Content [F-HIR Z4]＜ 1
Optical Homogeneity [F-HIR Z4]≤ 3 ppm
Stress [F-HIR Z4]≤ 5 ppm
Striae [F-HIR Z4; Three-dimensional light-transmission directions meet ISO-10110 class5]3D
Fluorescence [F-HIR Z4; Mercury lamp 254nm/365nm inspection]None
Hydrogen Concentration [F-HIR Z4; Customizable]5×10¹⁶ ~ 5×10¹⁸
Hydroxyl Content [F-HIR Z5]＜ 1
Optical Homogeneity [F-HIR Z5]≤ 5 ppm
Stress [F-HIR Z5]≤ 5 ppm
Striae [F-HIR Z5; Three-dimensional light-transmission directions meet ISO-10110 class5]3D
Fluorescence [F-HIR Z5; Mercury lamp 254nm/365nm inspection]None
Hydrogen Concentration [F-HIR Z5; Customizable]5×10¹⁶ ~ 5×10¹⁸
Hydroxyl Content [F-HIR Z6]＜ 1
Optical Homogeneity [F-HIR Z6]No Requirement
Stress [F-HIR Z6]≤ 5 ppm
Striae [F-HIR Z6; Three-dimensional light-transmission directions meet ISO-10110 class5]3D
Fluorescence [F-HIR Z6; Mercury lamp 254nm/365nm inspection]None
Hydrogen Concentration [F-HIR Z6; Customizable]5×10¹⁶ ~ 5×10¹⁸
Hydroxyl Content [F-HIR Z7]＜ 1
Optical Homogeneity [F-HIR Z7]No Requirement
Stress [F-HIR Z7]No Requirement
Striae [F-HIR Z7; Three-dimensional light-transmission directions meet ISO-10110 class5]3D
Fluorescence [F-HIR Z7; Mercury lamp 254nm/365nm inspection]None
Hydrogen Concentration [F-HIR Z7; Customizable]5×10¹⁶ ~ 5×10¹⁸
Total bubble cross-sectional area [Grade 1]None
Maximum bubble diameter [Grade 1; Source does not give a diameter unit]None
Total bubble cross-sectional area [Grade 2]≤ 0.002 mm²/100 cm³
Maximum bubble diameter [Grade 2; Source does not give a diameter unit]≤ 0.03
Total bubble cross-sectional area [Grade 3]≤ 0.01 mm²/100 cm³
Maximum bubble diameter [Grade 3; Source does not give a diameter unit]≤ 0.063
Total bubble cross-sectional area [Grade 4]≤ 0.03 mm²/100 cm³
Maximum bubble diameter [Grade 4; Source does not give a diameter unit]≤ 0.1
Refractive Index [Wavelength λ=194.17nm]1.559557
Refractive Index n_{KrF} [Wavelength λ=248.27nm]1.508926
Refractive Index [Wavelength λ=302.15nm]1.487397
Refractive Index [Wavelength λ=313.18nm]1.484554
Refractive Index [Wavelength λ=351nm]1.477138
Refractive Index n_{i} [Wavelength λ=365.01nm]1.474824
Refractive Index n_{h} [Wavelength λ=404.65nm]1.469674
Refractive Index n_{F'} [Wavelength λ=479.99nm]1.463561
Refractive Index n_{d} [Wavelength λ=587.56nm]1.458735
Refractive Index n_{D} [Wavelength λ=589.29nm]1.458490
Refractive Index n_{He-Ne} [Wavelength λ=632.8nm]1.457300
Refractive Index n_{C'} [Wavelength λ=643.84nm]1.456763
Refractive Index n_{r} [Wavelength λ=706.51nm]1.455205
Refractive Index n_{s} [Wavelength λ=852.11nm]1.452526
Refractive Index n_{t} [Wavelength λ=1013.98nm]1.450304
Refractive Index [Wavelength λ=1529.58nm]1.444337

Applications

F-HIR Z is a preferred material for laser equipment and hemispherical resonant gyroscopes.

Key Features

F-HIR Z1–Z7 grades; 3D striae meet ISO-10110 class5 in all three transmission directions; fluorescence inspected with mercury lamps at 254nm/365nm; customizable hydrogen concentration, retaining source mol/cm³ units.

Datasheet

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Supplier Information

Fe
Feilihua
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Hubei Feilihua Quartz Glass Co., Ltd. is located in Jingzhou City, Hubei Province, a famous historical and cultural city in China. The company is mainly engaged in the research and development and production of high-performance quartz glass, quartz fiber and composite materials, mainly serving high-tech fields such as semiconductors, optical communications, photovoltaic solar energy, high-end optics and aerospace. It is the first quartz material supplier in China to pass the integrated circuit chip access qualification certification, and one of the few companies in the world with mass production capacity of quartz fiber. The company was founded in 1966 and listed on the ChiNext Board of the Shenzhen Stock Exchange in 2014. It is the first listed company in China's quartz industry (stock code 300395). It now has seven production bases in Jingzhou, Qianjiang, Wuhan, Shanghai, Hefei, Taizhou, and Jinan, as well as three major R&D platforms in Jingzhou, Wuhan, and Shanghai. The company has passed ISO9001, ISO14001 and ISO45001 system certifications. It is now a national enterprise technology center, a special optical glass material technology innovation center, a national high-tech enterprise, a Hubei provincial enterprise technology center, a Hubei provincial high-performance quartz glass and quartz fiber engineering technology research center, a Hubei provincial postdoctoral industry base, the fifth batch of innovative pilot enterprises in China, and a Hubei provincial key laboratory of advanced optical quartz material technology. The company adheres to the core values of "Focus, Integrity, Innovation, Enterprising" and is committed to providing global customers with overall solutions for high-performance quartz products, becoming a leader in quartz technology innovation.

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