From October 30 to November 1, a major incident occurred in Jiangsu, China. The theme of this event is “2023 High Purity Quartz Material Technology and Application Summit Forum“. Curated by the Trailblazer Alliance. The driving force of this summit is the Yangtze River Delta Solar Photovoltaic Technology Innovation Center and the China-EU Photovoltaic Dual Carbon Leading Initiative. This meeting received strong support from the Donghai County Silica Industry Association and the Silica Industry Green Development Alliance. The organizer of this intellectual event is Beijing Guohua New Materials Technology Research Institute. ACMI Silica Materials Research Institute firmly controls the summit.
This summit was strongly sponsored by Sunshine Optics Group Co., Ltd. The status of the summit has been enhanced. More than 150 experts, researchers, and representatives from all over the country gathered together to form an intricate network of high-purity quartz industrial production enterprises, research institutions, traders, and supporting enterprises. Their collective appearance sparked a vibrant exchange of insights and experiences. It further promotes the cutting-edge development of quartz material technology and applications.
The conference delved into the sustainable development of the quartz industry. Experts and entrepreneurs shared insights into the preparation of quartz materials and their application in high-end technological fields. They analyzed the factors affecting the purity of synthetic quartz glass. They also discussed the prospects of quartz crucible technology for photovoltaics.
Additionally, the summit explored high-purity quartz material technology and its applications. Quartz glass, used in the optical fiber and optical industries, was a significant topic of discussion. Quartz materials also find applications in performing rods for optical fibers.
Trunt is a power equipment supplier. Trunt has established close and substantial cooperation with companies in the quartz glass industry. Our power supplies suit high-power electric furnaces used in quartz glass production. These power supplies reduce input current. It can reduce high-order harmonic distortion and reduce harmonic adjustment challenges. It improves system efficiency, ultimately reduces equipment investment, and saves energy. By modifying the power supply of quartz glass equipment, we extend the service life of the heating elements. It laid a solid foundation for innovation in quartz glass production.
