Special optical fibers used in laser applications require quartz materials with high damage threshold, extremely low weak absorption coefficient, and high geometric accuracy. The content of metal impurities, hydroxyl groups, oxygen defects, etc. in quartz can all affect its ability to resist laser damage. Our company uses a two-step synthesis process to effectively purify the defects and impurities in quartz materials, providing customers with synthetic quartz pipes and rods with high damage thresholds. In addition, by precise doping and refractive index curve control, we can achieve excellent light guiding performance.
Ultra low hydroxyl (OH<1ppm) pure silicon synthesized quartz tube
High hydroxyl (OH~400ppm, OH~700ppm) pure silicon synthesized quartz rod
Fluorine doped synthetic quartz rod, customizable refractive index
Ultra low hydroxyl (OH<1ppm) pure silicon synthesized quartz rod
High hydroxyl (OH~200ppm) pure silicon synthesized quartz tube to improve the service life of deep ultraviolet band applications
Fluorine doped synthetic quartz tube, customizable refractive index
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