(Non doped) single-mode fluoride fiber (0.6-3.45um)

ZBLAN fiber can transmit single-mode light to a wavelength of 4um by adjusting the core diameter and aperture. Single mode fluoride fiber (SMFF) is more stable than MFF transmission and is more suitable for accurate spectroscopy. Especially in the wavelength band of 3um, due to the vibrations of C-H and N-H, many strong absorption bands are generated. Non doped SMFF is a commonly used optical waveguide in infrared spectroscopy.

(Non doped) MMFF step type multimode fluoride fiber NA0.29

ZBLAN multimode fiber has a wide range of transparent windows. Due to the fact that both the core and cladding are composed of fluoride glass, the optical fiber has good transparency in the wavelength range of 0.35-4um, making it an excellent choice for near-infrared and mid infrared spectral waveguides. It can provide both fiber with loose tube and bare fiber.

ZBLAN fluoride ZFG single-mode fiber (0.3-4.50um)

ZFG mid infrared fluoride multimode fiber 0.3-4.5um

ZFG multimode fiber composite glass fiber composed of heavy metal fluorides. Compared with widely used quartz fibers, ZFG multimode fibers have a wide transmission wavelength range of 0.04 μ m~4.5 μ m and high emission efficiency of doped rare earth ions. In the application field of fiber lasers and amplifiers, in order to optimize their efficiency, Xiaoxiao Photon has developed a unique fiber manufacturing technology to produce high-quality (especially low loss) fluoride fiber at low cost. Customized fiber lasers and amplifiers, Mid IR supercontinuum LVF nonlinear single-mode fibers, can achieve very flat and broadband output spectra due to their excellent performance. Mid infrared spectroscopy and optical measurement, customized rare earth doped fluoride glass blocks for fluorescence research manufactured by LVE. Xiaoxiao Photon provides a full range of ZFG fiber products that can meet the demanding needs of fiber lasers. It can customize cutoff wavelength, core diameter, cladding diameter, etc. Xiaoxiao Photon provides you with a solution for Quan directional red external lines.

Rare earth doped ZBLAN double clad fluoride bare optical fiber (FL ZDF series)

One of the characteristics of ZBLAN fluoride fiber is the high efficiency of light emission from various rare earth dopants, such as Tm, Pr, and Er. Single mode ZBLAN fiber core pulling optical amplifier doped with rare earth elements, ASE light source, and fiber laser are used as gain media for optical fibers.