Bare Optical Fiber

High Quality Fused Silica UV Fiber with Different Visible Wavelength for spectroscopy,Thomson scattering Silicon Fiber from 25 μm Core Diameter to 2000 μm for Spectroscopy, Medical diagnostics Technicaldata Wavelength / spectralrangeUV:190 – 1200nm WF:300 – 2400nm Numerical aperture(NA)0,12 ± 0,02|0,22 ± 0,02|0,28 ± 0,02orcustomised Operating temperature-190bis+350°C Core diameter Available from 25 to 2000μm Standard core / cladding ratios1 : 1,04|1 : 1,06|1 : 1,1|1 : 1,15|1

900um & 250um Fiber Adds an Additional Layers G652D G657A1 G657A2 SM for FO Cable Production The Structure of a 250um Coated Fiber (Bare Fiber) Core (9um for standard single mode fibers, 50um or 62.5um for multimode fibers) Cladding (125um) Coating (soft plastic, 250um is the most popular, sometimes 400um is also used) The Structure of 900um Tight-buffered Fiber Core (9um for standard single mode fibers, 50um or 62.5um for multimode fibers) Cladding (125um) Coating (soft

Large Core 600-660-900 Diameter silica fiber at Near Infrared wide Wavelength 400-2500nm Near Infrared wide Wavelength Fiberglass, or “glass fiber,” itself has a familiar base structure and a wide variety of uses. Fiberglass really is made of glass similar to that in windows or kitchen drinking glasses. To manufacture fiberglass, glass is heated until molten, then forced through superfine holes. This creates glass filaments that are extremely thin—so thin, in fact, that they

227um Core /250um Fiber glass Bare Optical Fiber With Coating Protection Fiberglass, or “glass fiber,” itself has a familiar base structure and a wide variety of uses. Fiberglass really is made of glass similar to that in windows or kitchen drinking glasses. To manufacture fiberglass, glass is heated until molten, then forced through superfine holes. This creates glass filaments that are extremely thin—so thin, in fact, that they're best measured in microns. These flexible

Hicorpwell ITU-T G.652.D LD Aqua Glass Fiber Optic Bare Fiber 10KM /20M /30KM/40KM/50KM This new fashionalbe fibre is an ITU-T G.652.D LD compliant SSMF, but with lower attenuation, chromatic dispersion and PMD. This can provide longer transmission distance between regenerators, meanwhile its improved bend performance exceeds the requirements of the ITU-T G.657.A1 standard. The fibre has a 9.0µm MFD which is compatible to the majority of SSMF on the market today. The improved

Customized 30um 50um 70um Optical Fiber Bundle Length 0.56 NA/0.64NA Bundles Fiber OPTICAL FIBER Optical Fiber is made up of two materials; a high-refractive-index core, and a low-refractive-index cladding. Light that is injected into one end of an optical fiber can travel through it with little attenuation (signal loss). However, the amount of signal loss depends on the color of the light, the design of the optical fiber, the materials used, and the manufacturing configurati

Bare Optical Fiber 0.22NA Ø27.5um Cross Section 3×3-25×25mm Bundles Fiber Hicorpwell ensures the highest quality and best transmission for fiber optic bundles, while working within the boundaries of your application. In order to optimize your bundle, we take several parameters into consideration: packing efficiency, fiber area efficiency, Numerical Aperture optimization, fiber transmission, reflections, and an error factor (which includes numerical aperture discrepancies).

Cost-effective Alternative Silica fiber with hard polymer cladding from illumination to photodynamic therapy Technical data Wavelength / spectral range HUV and HWF: 350 – 2200 nm Numerical aperture (NA) 0,37 ± 0,02 | 0,48 ± 0,02 | 0,52 ± 0,02 | 0,57 ± 0,02 Operating temperature -40 to +150 °C Core diameter Available from 100 to 2000 μm OH content HUV: High (> 700 ppm) HWF: low (< 1 ppm) Standard prooftest 100 kpsi Minimum bending radius 50 × cladding diameter (short-term

Silicon Fiber from 25 μm Core Diameter to 2000 μm for medical technology, laser delivery systems Technicaldata Wavelength / spectralrangeUV:190 – 1200nm WF:300 – 2400nm Numerical aperture(NA)0,12 ± 0,02|0,22 ± 0,02|0,28 ± 0,02orcustomised Operating temperature-190bis+350°C Core diameter Available from 25 to 2000μm Standard core / cladding ratios1 : 1,04|1 : 1,06|1 : 1,1|1 : 1,15|1 : 1,2|1 : 1,25|1 : 1,4 or customised OH content UV:high(>700ppm) WF:low(

Silicon Fiber from 25 μm Core Diameter to 2000 μm Silicon Fiber from 25 μm Core Diameter to 2000 μm for Spectroscopy, Medical diagnostics Technicaldata Wavelength / spectralrangeUV:190 – 1200nm WF:300 – 2400nm Numerical aperture(NA)0,12 ± 0,02|0,22 ± 0,02|0,28 ± 0,02orcustomised Operating temperature-190bis+350°C Core diameter Available from 25 to 2000μm Standard core / cladding ratios1 : 1,04|1 : 1,06|1 : 1,1|1 : 1,15|1 : 1,2|1 : 1,25|1 : 1,4 or customised OH content UV:high

Polarization-Maintaining Fiber Features: ◆ Fine polarization maintaining and geometrical uniformity, low attenuation; ◆ Applied in fiber optic polarization sensor, laser diodes pigtail, LiNbO3 waveguide devices. Operating wavelength[nm] 980 1310 1310 1310 1550 1550 1550 Cut-off wavelength [nm] 800-970 1100-1290 1100-1290 1100-1290 1290-1520 1290-1520 1290-1520 Mode Field Diameter[μm] 6.5±1 6.0±1 6.0±1 9.0±1 6.5±1 6.5±1 10.5±1 cladding[μm] 125.0±1.0 125.0±1.0 80.0±1.0 125.0±1

SM G652D G657A1 MM 50/125 OM3 OM4 62.5/125 Bare Optical Fiber Bare glass fibers are based on silica or other glass materials. The glass surface is susceptible to abrasion and mechanical flaws. To protect the cable from the environment, the buffer coating or jacket fits over the core and cladding. The diameter ranges from 250μm to 900μm, usually 250um for single mode and multimode fibers, but 400um is also very common in polarization maintaining fibers. It provides mechanical

10KM 20KM 30KM 40KM 50.4KM G657A1 G657A2 Coating Glass Bare Optical Fiber This new fashionalbe G657A1 G657A2 fibre exceeds the specification of ITU-T G.652.D and IEC 60793-2-50 type B1.3 fibre. With zero water peak, low attenuation and excellent uniformity, low chromatic dispersion and PMD, superior and stable geometrical size control level, this full spectrum fibre is applicable to transmission system operating over the entire wavelength from 1260nm to 1625nm. It is

Optical Fiber G657B3 Bare fiber 50.4km Spool for Building Some Communication Devices OTDR Dummy fiber is designed to be used in conjunction with an OTDR to measure complete link loss of a fiber. They are also known as pulse suppressor cables, launch cords, launch leads, receive cables or fiber rings. An OTDR dummy fiber, which connects the OTDR to the link-under-test, discloses the insertion loss and reflectance of the near-end connection. A fiber ring serves as both a launch

Lighting Decoration Cables Dia 1.0mm, 2.0mm, 3.0mm, 4.0mm, 5.0mm, 6.0mm, 8.0mm, 10.0mm, 12mm, 14mm. Plastic Optical Fiber (POF) is a unique member of the optical fiber family. Thanks to its huge core diameter, POF is immune to misalignments and strong vibrations, and can be installed in rugged industrial and automotive environments without any loss of communication capacity. Hicorpwell side glow cable is a new and green lighting product, which is a safe alternative to neon.

G652D Optical Fiber Preform Diameter 18mm diameter, 1500 mm length, 1000 mm length Optical fiber production begins with a preform. Silica is commonly used to make optical fiber , because it has good transmission over a wide range of wavelengths and low absorption and scattering losses (~0.2 dB/km). Silica is also highly resistant to both mechanical and optical damage. The core/clad ratio of the preform is maintained during the draw process. The resulting optical fiber has

Hicorpwell G.652D 200µm Aqua Glass Fiber Optic Bare Fiber Cable 10KM /20M /30KM/40KM/50KM Based on the optimum coated layer design, Hicorpwell G.652D 200µm optical fibre keeps the cladding diameter unchanged but with coated diameter dramatical reduction. This product still retains the same and outstanding properties as ITU-T G.657.A2 and IEC 60793-2-50 type B6.a2 fibre with traditional coated diameter 245μm. And with zero water peak, low attenuation and excellent uniformity,

10KM /20M /30KM/40KM/50KM HICORPWELL G.657.A1 200µm Aqua Glass Fiber Optic Bare Fiber Cable Reel Based on the optimum coated layer design, HICORPWELL G.657.A1 200µm optical fibre keeps the cladding diameter unchanged but with coated diameter dramatical reduction. This product still retains the same and outstanding properties as ITU-T G.657.A2 and IEC 60793-2-50 type B6.a2 fibre with traditional coated diameter 245μm. And with zero water peak, low attenuation and excellent

10KM /20M /30KM/40KM/50KM HICORPWELL G.657.A2 200µm Aqua Glass Fiber Optic Bare Fiber Cable Reel Based on the optimum coated layer design, HICORPWELL G.657.A2 200µm optical fibre keeps the cladding diameter unchanged but with coated diameter dramatical reduction. This product still retains the same and outstanding properties as ITU-T G.657.A2 and IEC 60793-2-50 type B6.a2 fibre with traditional coated diameter 245μm. And with zero water peak, low attenuation and excellent

500m 1KM 2KM 5KM 10KM 20KM 30KM SC-APC/SC-UPC ODTR Launch Cable Spool SM G652D Bare Optical Fiber An OTDR launch cable, which connects the OTDR to the link-under-test, discloses the insertion loss and reflectance of the near-end connection. A fiber ring serves as both a launch cable and a receive cable. They are also pulse suppressor cables, launch cords, launch leads, receive cables or fiber rings. OTDR Dummy fiber is designed to be used in conjunction with an OTDR to