마그네슘 플루오라이드 (MgF2) 크리스탈 ∙ 하드, 광대역 UV-VIS-IR 윈도우, 렌즈 & 프리즘
Magnesium Fluoride (MgF₂) Crystals | Hard, Broadband UV-VIS-IR Windows, Lenses & Prisms High-quality Magnesium Fluoride (MgF₂) single crystals. Exceptional hardness, broadband transmission (0.12-7.5 µm), 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
MgF2 결정체는 UV 대역에 대한 높은 광투과율을 가지고 있습니다.
MgF₂ 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 (λcutoff = 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,
단일 크리스탈 MgF2 광 결정 정밀 레이저 및 이미지 시스템용 Deep UV to Mid-IR Birefringent 광 물질
Single Crystal MgF₂ Optical Crystals Deep UV to Mid-IR Birefringent Optical Material for Precision Laser & Imaging Systems Single-crystal MgF₂ 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
단일 크리스탈 MgF2 광 결정 정밀 레이저 및 이미지 시스템용 Deep UV to Mid-IR Birefringent 광 물질
Single Crystal MgF₂ Optical Crystals Deep UV to Mid-IR Birefringent Optical Material for Precision Laser & Imaging Systems Precision ∅100 mm×70 mm Magnesium Fluoride (MgF₂) single crystal windows. Featuring broad transmission (0.12 µm - 7.5 µm), 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
