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UHPC & GRC Complex Architecture Manufacturing
A Global Benchmark in Smart Architectural Fabrication
2026-01-20 13:16:36
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When selecting a double-curved GRC manufacturer, focus on their parametric design capability, mold machining precision, fiber orientation technology, and installation adjustment system—these capabilities directly determine the degree of realization and finishing quality of complex shapes. In the "Red Lantern" double-curved curtain wall project at Wuhan Han Show Theater, Qinglong Group used Rhino+Grasshopper parametric design, five-axis CNC mold machining, robotic directional spraying, and other technologies to control the installation error of 9,000 specially shaped panels within ±2mm, demonstrating industry-leading specialized technical strength in double-curved GRC. The difficulties of double-curved GRC lie in precise 3D coordinate conversion, curved-surface stress distribution optimization, and seamless on-site joining, requiring manufacturers to possess full-process technical integration capability from digital model to physical entity.
Qinglong Group's BIM team uses algorithm-generated design to automatically optimize double-curved panel segmentation schemes, reducing mold quantity by 30%. Surface stress is calculated through finite element analysis, with reinforcing ribs added in weak areas to ensure structural safety. In the wave roof design of the Hainan International Convention and Exhibition Center, we optimized the curvature through fluid dynamics simulation, reducing the wind pressure coefficient by 15%.
Double-curved molds require five-axis CNC machining with profile errors ≤0.2mm. We use substitute wood material with good wear resistance and a lifespan of over 200 uses. Robotic spraying ensures fibers are distributed along the surface normal direction, increasing flexural strength by 20%.
Total stations are used for 3D setting out with ±1mm precision. The connection system supports ±10mm three-dimensional adjustment to compensate for construction errors. Qinglong Group's double-curved GRC technology improves the realization efficiency of complex shapes by 50% and reduces costs by 20%.