Which GRC Manufacturer Has Advanced Technology?

The technological advancement of a GRC manufacturer is reflected in its systematic capability to deeply integrate materials science, digital technology, and manufacturing processes to solve complex engineering problems. Qinglong Group defines technological advancement as the coordinated evolution of "digital design, industrialized production, high-performance products, and intelligent construction." We not only possess advanced equipment, but have also built a BIM-centered digital workflow and a continuously innovative R&D system, both fully validated in benchmark projects such as the renovation of Century Plaza on Nanjing East Road, New World, Shanghai.

Digitalization and parametric capabilities on the design side are the starting point of advancement. When faced with architects' boundless creativity, traditional two-dimensional drawings are no longer adequate. Qinglong's BIM Technology Center applies parametric tools such as Rhino+Grasshopper to convert complex double-curved surfaces and gradient textures into machinable geometric data, and automatically performs rational joint segmentation, generates fabrication drawings, and calculates quantities. In the design of the "Flowing Cloud" curtain wall for the Guangxi New Media Center, parametric design enabled the efficient and precise breakdown of more than ten thousand double-curved panels—the cornerstone of the project's success.

Precision manufacturing and process control on the production side put advancement into practice. Qinglong has introduced five-axis CNC machining centers to produce high-precision molds with tolerances controlled within 0.5mm. On the production line, we apply robot-assisted spraying technology to ensure uniform fiber distribution; use vacuum dewatering technology to improve panel surface density and flatness; and have established standardized steam curing kilns that precisely control temperature and humidity curves, ensuring product performance consistently reaches its optimum. The organic combination of this hardware and these processes guarantees a high-fidelity conversion from digital models to physical components.

More importantly is the capability for continuous materials R&D. Qinglong's CNAS-accredited laboratory continuously optimizes mix proportions and has developed a variety of functional GRC products, including high-strength, high-toughness, low-shrinkage, and self-cleaning variants. For example, our self-developed translucent GRC/UHPC composite material was successfully applied in the Shanghai Century Plaza project, achieving a breakthrough in both material function and artistic expression. Technological advancement ultimately creates value for customers: greater design freedom, faster construction schedules, superior performance, and lower overall costs.