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Single Crystal MgF₂ Optical Crystals Deep UV to Mid-IR Birefringent Optical Material for Precision Laser & Imaging Systems
Single Crystal MgF Optical Crystals Deep UV to Mid-IR Birefringent Optical Material for Precision Laser & Imaging Systems Precision 100 mm70 mm Magnesium Fluoride (MgF) single crystal windows. Featuring broad transmission (0.12 m - 7.5 m), high laser damage threshold, and excellent chemical/thermal durability. Ideal for laser systems, thermal imaging, and space optics. The Main Advantages Low fluorescent radiation Good mechanical and chemical stability High transmittanc
MgF₂ crystal has high light transmittance for UV band
MgF crystal has high light transmittance for UV band MgF2 crystals feature high hardness, excellent resistance to deliquescence and corrosion.It has high transmittance in the vacuum ultraviolet band and a short ultraviolet cutoff edge (cutoff = 115 nm). Main advantages High transmittance Birefringent property Low fluorescent radiation Good mechanical and chemical stability Main application fields Ultraviolet optical systems: Ultraviolet spectrometer, ultraviolet detector,
Magnesium Fluoride (MgF₂) Crystals | Hard, Broadband UV-VIS-IR Windows, Lenses & Prisms
Magnesium Fluoride (MgF) Crystals | Hard, Broadband UV-VIS-IR Windows, Lenses & Prisms High-quality Magnesium Fluoride (MgF) single crystals. Exceptional hardness, broadband transmission (0.12-7.5 m), and durability for harsh-environment laser optics, UV spectroscopy, and IR thermal imaging windows. Custom fabrication available. Key Advantages High transmittance Birefringent property Low fluorescent radiation Excellent mechanical and chemical stability Primary Application
∅200x90 mm CaF₂ Crystal | Large-Size Calcium Fluoride Optics for UV, VUV & IR Applications
200 mm90 mm CaF Crystal | Large-Size Calcium Fluoride Optics for UV, VUV & IR Applications Premium 200 mm90 mm Calcium Fluoride (CaF) single crystal blanks. Exceptionally high transmission from 130 nm (VUV) to 8 m (IR). Ideal for excimer laser windows, spectrometer prisms, and lithography optics. Custom polishing & coatings available. The Main Advantages Good mechanical and chemical stability High optical transmittance and low scattering rate High hardness and
CaF₂ Crystal Optical Crystal Materials High Transmittance
CaF crystal Optical crystal materials High transmittance CaF crystals have a wide optical transmission range (good light transmission performance in the wavelength range of 0.13m~10m), low stress birefringence (no obvious intrinsic birefringence above 200 nm), which is a material for making various optical window prisms and lenses. Main advantages High hardness and corrosion resistance High optical transmittance and low scattering rate Good mechanical and chemical
CaF₂ Circular Windows Premium UV to IR Optical Windows for Demanding Applications
CaF Circular Windows Premium UV to IR Optical Windows for Demanding Applications CaF Circular Window is a high-performance specialized optical component, primarily serving as a protective window for electronic sensors and various environmental detectors. Its precisely engineered circular structure not only ensures accurate transmission of specific wavelength beams to maintain stable optical detection functionality but also provides a reliable protective barrier that
Calcium Fluoride (CaF₂) Optical Windows | UV to IR Broadband Transmission
Calcium Fluoride (CaF ) Optical Windows | UV to IR Broadband Transmission Our Calcium Fluoride (CaF) optical windows are manufactured from high-purity single crystals to deliver superior performance across a wide spectral range. As a robust and versatile optical material, CaF is prized for its unique combination of broadband transmission, low absorption, and exceptional laser resistance. The Main Advantages High hardness and corrosion resistance High thermal conductivity
CaF₂ Single Crystals Premium UV-Grade Optical Crystals for Demanding Applications
CaF Single Crystals Premium UV-Grade Optical Crystals for Demanding Applications Single-crystal CaF combines exceptional high transmittance with outstanding thermal stability. In terms of optical performance, it achieves over 80% transmission for infrared radiation, enabling efficient transmission of infrared optical signals, which makes it widely employed as a core component in devices such as infrared sensors and thermal imagers. Regarding thermal stability, even under
Single Crystal MgF₂ Optical Crystals Deep UV to Mid-IR Birefringent Optical Material for Precision Laser & Imaging Systems
Single Crystal MgF Optical Crystals Deep UV to Mid-IR Birefringent Optical Material for Precision Laser & Imaging Systems Single-crystal MgF is a high-performance material widely used in optics, lasers, and infrared applications. It exhibits excellent transmittance across the ultraviolet, visible, and infrared spectral regions, with particularly outstanding optical performance in the UV range. As the known deep-ultraviolet cutoff optical crystal, it is extensively applied
