Wavelength 0.3-5.5μm - Single-mode optical fiber compatible with the mid-infrared range.
It is a single-mode optical fiber that can accommodate wavelengths from UV to mid-infrared.
Manufacturer: art photonics (Germany) This is a fluoride glass fiber that enables the transmission of mid-infrared light while being a single-mode fiber. It has a wavelength range of 0.3 to 5.5 µm and offers various core diameters from 6.5 to 14 µm. The fiber material is based on either indium fluoride or zirconium fluoride, each with different characteristics. It is ideal for applications requiring single-mode fiber in the mid-infrared range. ------------------------------------------------- Features ------------------------------------------------- Background loss: < 15 dB/km Fresnel reflection loss: 4% per face (air) Coating material: UV-curable acrylate Operating temperature: -180°C to 150°C Customization: Cut-off wavelength / Custom NA (0.18 – 0.32) / Custom core diameter (from 1 µm)
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------------------------------------------------- IFG (Indium Fluoride Glass) Fiber ------------------------------------------------- Core/Cladding Diameter: 7.5–9.5/125 µm NA: 0.30 Cut-off Wavelength: 2.95–3.7 µm Wavelength Range: 0.3–5.5 µm ------------------------------------------------- ZFG (Zirconium Fluoride Glass) Fiber ------------------------------------------------- Core/Cladding Diameter: 6.5–14/125–250 µm NA: 0.23–0.125 Cut-off Wavelength: 1.95–2.55 µm Wavelength Range: 0.3–4.5 µm
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Remote reaction monitoring from -150℃ to 250℃ Process interface for laboratory, pilot plant, and process analytical technology (PAT) in various industries Polymer process control On-site infrared spectroscopy in process analytical technology for the chemical, petrochemical, nuclear, biopharmaceutical, and food industries
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San-In Instrument Co., Ltd. imports and sells optical communication and laser products utilizing advanced technology as an agent from various countries around the world. ■ Laser oscillators (femtosecond lasers/picosecond lasers/nanosecond lasers/CW lasers/wavelength-tunable lasers/narrow linewidth lasers, etc.) ■ Optical communication equipment (transceivers/optical amplifiers/WDM/couplers, etc.) ■ Sensing-related (various optical detectors) ■ Spectroscopy-related (spectrometers/optical fiber probes/hyperspectral cameras, etc.) ■ Optical systems (IBS-coated optical systems/super high vacuum windows/retroreflectors, etc.)