
Limeijia Inorganic Coatings Recognized Again, Used in Jiangmen Silver Lake Bay Binhai New Area to Build a Green Industrial Park
2025-07-16 14:23
Hz info:Under the background of accelerating the construction of Guangdong, Hong Kong and Macao Greater Bay Area, Limeijia Coatings has recently joined hands with China Railway Shanghai Engineering Bureau Group again to provide a total area of more than 100,000 square meters of Interior Inorganic Coating solutions for its Jiangmen Silver Lake Bay Binhai New Area Industrial Park project, and the third batch of materials has already entered the site successfully.
Limeijia Inorganic Coating adopts silicate mineral film-forming technology, which has been verified by the laboratory to maintain structural stability at a high temperature of 1,000℃, and meets the national standard of A1 fire prevention, providing public places with an “invisible fire barrier”. Its zero formaldehyde, ultra-low VOC environmental characteristics through the national testing, construction process without irritating odor, especially for hospitals, schools and other sensitive environments. Unique inorganic formula effectively inhibit the growth of mold and algae, acid and alkali resistance, anti-static properties of the wall lasting as new.
The product has been successfully applied to a variety of substrates such as concrete, gypsum board, etc., and has shown excellent abrasion resistance and color retention in high-frequency use places such as high-speed railway stations and airports. As a “dual-carbon” demonstration industrial park in the Greater Bay Area, Silver Lake Bay Binhai New Area Industrial Park, with a total investment of more than 5 billion yuan, will introduce biomedicine, artificial intelligence and other high-tech enterprises after completion. The Limeijia inorganic coatings specially selected for the Silver Lake Bay project not only highly match the strict requirements of the industrial park for healthy, environmentally friendly and high-performance products, but also mark the further expansion of Limeijia's application in the field of large-scale public buildings.