High-Purity Quartz Material

Purity > 99.9999% SiO:, which ensures the stability and low loss of optical signal transmission and provides a reliable guarantee for high-energy transmission.

Lower Attenuation Rate

< 8dB/km, the attenuation rate per 100 meters is only one-tenth of that of plastic optical fibers, greatly improving the efficiency and distance of signal transmission.

Diamond Facet Technology

Both ends of each optical fiber are processed with exclusive technology, and the diamond-like facets can capture more sunlight and improve the light collection efficiency.

Larger Luminous Flux

The luminous flux is 900 to 22500 times that of communication optical fibers, suitable for application scenarios of high-power optical transmission and energy transmission.

Higher Heat Resistance

The maximum continuous operating temperature of quartz optical fibers can reach 1200℃, far exceeding the 60℃ of plastic optical fibers, making it suitable for high-temperature environments.

Longer Service Life

> The service life is more than 6 times that of plastic optical fibers, reducing the replacement frequency and maintenance costs, and providing a long-term and stable user experience.