Discover the cutting-edge capabilities of our solarization-stable fibers, expertly engineered to withstand the rigors of UV-VIS applications. These fibers are specifically designed to maintain high transmission rates in the critical 190–250 nm range, ensuring exceptional performance and reliability. Crafted with a high OH content, these fibers exhibit remarkable resistance to solarization, a common issue in fibers exposed to UV light, thereby extending their operational lifespan.

Our advanced fibers feature a fused silica glass core with a high OH content, enveloped by a fused silica cladding. This innovative construction enhances the fiber's ability to transmit light efficiently while minimizing absorption and degradation over time. The single acrylate or polyimide coating options provide additional protection and versatility, allowing these fibers to be tailored to specific environmental conditions and application needs.

For enhanced flexibility, our solarization-stable fibers are available in various core and cladding diameters, ranging from 100 μm to 600 μm for the core and 110 μm to 660 μm for the cladding. This range of sizes accommodates diverse application requirements, ensuring that you can find the perfect fit for your specific needs. Additionally, these fibers can be bundled into fiber bundles, starting from a single-fiber core of 30 μm, offering even greater adaptability and customization.

Our solarization-stable fibers are the ideal choice for applications requiring sustained performance under UV exposure. Experience the reliability and durability of these fibers, designed to deliver consistent results even in the most demanding environments. Whether you are working in scientific research, industrial processes, or any field requiring precise optical transmission, these fibers provide the stability and quality you need.