“Anti-shedding ultra-thin stone composite board project” won the scientific award

The National Science and Technology Progress Awards are mainly awarded to citizens and organizations that have made outstanding contributions to the application of advanced scientific and technological achievements and the completion of major scientific and technological projects, plans, and projects. According to the provisions of the National Science and Technology Awards Regulations, the award is reviewed by the National Science and Technology Awards Review Committee, approved by the National Science and Technology Awards Committee, and reviewed by the Ministry of Science and Technology. Recently, at the National Science and Technology Awards Conference held in the Great Hall of the People in Beijing, the “Slim-proof ultra-thin stone composite board project” developed by Guo Zhenyi of Quanzhou Development Zone Wanlong Group Co., Ltd. won the 2010 National Science and Technology Progress Award. And other awards. The award-winning project is an anti-shedding ultra-thin stone composite board comprising a composite panel body composed of ultra-thin facing stone and a lightweight bottom plate glued to the back of the stone, characterized in that the composite panel body is at least A pair of opposite rear sides are respectively fixedly connected to the slats for reliably anchoring the facing stone and the light bottom plate; the connecting slats are substantially L-shaped in cross section, and are formed by integrally formed front and rear side plates; The rear side panel of the slat is locked on the back side of the lightweight bottom plate, and the front side panel is disposed on the side of the composite panel body, and the front portion is stacked on the side surface of the corresponding facing stone, and the front side panel and the facing surface of the slat are connected The sides of the stone are fixed together by a fastening mechanism. The technology utilizes the mechanical force provided by the connecting slats to reliably anchor the veneer stone of the composite plate body and the lightweight bottom plate, thereby eliminating the safety hazard of the facing stone falling off due to degumming. In early 2010, Wanlong Group sent the research and development technology to the United States for technical testing. The results show that the safety factor of this technical achievement far exceeds that of the same industry in the United States. According to reports, after the successful development of the project results, it can save more than 55% of stone plates every year and has a good market prospect.

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