Suitable for applications that require high adhesion and high elasticity in the core!
The "OF Series" is a primary coating material for optical fibers that has a low refractive index and high transmittance. "OF-136" is used by the majority of optical fiber manufacturers, while "OF-133-V2" can produce optical fibers with a high NA of 0.6. Additionally, for stringent requirements, you can choose from "OF-138," "OF-139-N," and "OF-140-N," which possess both high elasticity and high adhesion. 【Specifications (partial)】 ■ OF-133-V3 - Refractive index (589nm): 1.3378 - Refractive index (950nm): 1.333 - Curing method: UV - Adhesion (g/cm): 11 - Elastic modulus (MPa): 7.3 *For more details, please refer to the related links or feel free to contact us.
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【Lineup (Partial)】 ■OF-133-V3 ■OF-135 ■OF-136-FC ■OF-136-N ■OF-137 ■OF-1375-A *For more details, please refer to the related links or feel free to contact us.
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【Usage】 ■ Primary coating material for double-clad fiber ■ Applications requiring high adhesion and high elastic modulus to the core *For more details, please refer to the related links or feel free to contact us.
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Optical technology has become indispensable for advanced technologies and cutting-edge products. However, optical technology covers a wide range and is divided into many specialized fields. Even when concepts realized through optical technology hit a wall, there are not many places to consult for solutions. We are experts in problem-solving specialized in optics. We provide solutions for the development of optical systems and optical units that respond to various properties of light, from the conceptual stage to prototyping and mass production, all in one go. Our goal is to create a society where "products that change the future" are brought into the world just as envisioned by engineers. A society where "concepts that change the future" are realized in the shortest time possible. If such a society is realized, people's lives will become more convenient and prosperous. We believe in the diverse and great power of optics, and today, we continue to resolve the "troubles" of optics with clarity.