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high transmittance
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Cristaux de fluorure de baryum (BaF₂) | Matériau optique haut débit haut de gamme pour les applications exigeantes
Barium Fluoride (BaF₂) Crystals | Premium Broadband Optical Material for Demanding Applications High-purity Barium Fluoride (BaF₂) single crystals. Featuring exceptional transmission from 150 nm (VUV) to 12 µm (IR), excellent radiation resistance, and good chemical stability. Ideal for UV/VUV spectroscopy, IR optics, and harsh-environment windows. Key Advantages Fast scintillation performance High transmittance and low absorptivity High refractive index and high dispersion
¢ 200x90 mm CaF2 Crystal ¢ Optique au fluorure de calcium de grande taille pour les applications UV, VUV et IR
∅ 200 mm×90 mm CaF₂ Crystal | Large-Size Calcium Fluoride Optics for UV, VUV & IR Applications Premium ∅200 mm×90 mm Calcium Fluoride (CaF₂) single crystal blanks. Exceptionally high transmission from 130 nm (VUV) to 8 µm (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
Matériau optique bifringent à UV profond à IR moyen pour les systèmes laser et d'imagerie de précision
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
fenêtres circulaires CaF2 UV à IR pour les applications les plus exigeantes
CaF₂ Circular Windows Premium UV to IR Optical Windows for Demanding Applications CaF₂ 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
