すべてのカテゴリ
high optical transmittance
13 見つかった物
フッ化バリウム (BaF₂) 結晶 |要求の厳しい用途向けのプレミアムブロードバンド光学材料
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
CaF2 結晶 光学結晶材料 高伝導性
CaF₂ crystal Optical crystal materials High transmittance CaF₂ crystals have a wide optical transmission range (good light transmission performance in the wavelength range of 0.13μm~10μm), 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 円形ウィンドウ 要求の厳しいアプリケーション向けのプレミアム UV ～ IR 光学ウィンドウ
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
マグネシウムフッ化物 (MgF2) クリスタル 硬い ブロードバンドUV-VIS-IR 窓,レンズ&プリズム
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
