The innovative achievements made by Guangzhou Tricolor Quantum Technology Co., Ltd. and Xiamen Wansepu Institute of Color Science in the field of materials science are bringing a revolution to color detection equipment.

In response to the stringent requirements of color detection equipment for optical materials, the R&D team has successfully developed a new type of nanocomposite optical material through numerous experiments and optimizations. This material features a unique microstructure, with light transmittance increased by 20% compared with traditional materials. Moreover, it boasts extremely high light stability under varying temperature and humidity conditions, effectively reducing light interference and signal attenuation.

It addresses the color deviation problem prevalent in the industry. In the field of cultural relic preservation, after hyperspectral cameras are integrated with this material, they can capture subtle color changes on the surface of cultural relics more clearly, providing more accurate data support for cultural relic restoration and research.

It enables high-precision digital acquisition, opening up new paths for artwork preservation and research. At present, color detection equipment adopting this material has been sold well in more than 30 countries around the world, becoming an industry benchmark.