How Is the Manufacturer's Mold Development Capability? Can They Quickly Produce Molds for Complex Special-Shaped Components?

In the field of architectural decoration, the presentation of special-shaped components is often the key to realizing design concepts, and mold development capability is the core link in achieving this goal. As an industry leader with 28 years of experience in detailed design, production, and manufacturing of UHPC/GRC/GRG/GRP materials, Qinglong Group has demonstrated outstanding strength in mold development and the fabrication of complex special-shaped components, providing designers and owners with a full-chain solution from creative concept to finished product.

Mold development is the foundation of customized component production, and its precision and efficiency directly determine the quality and timeline of a project. Relying on its provincial-level engineering technology center and R&D center, Qinglong Group has built a complete technical system ranging from material property analysis to mold structure design. For the ultra-high strength characteristics of UHPC, a combination of high-precision steel molds and composite material molds is adopted, ensuring that the surface flatness error of formed components is controlled within 0.5mm/m; for the complex texture requirements of GRC, 3D scanning and parametric modeling technologies achieve a 1:1 reproduction of the mold cavity against design drawings. Especially in shapes such as double-curved surfaces and openwork reliefs, the minimum curvature radius can reach 300mm, meeting the artistic expression needs of high-end projects such as grand theaters and museums.

Rapid response capability is another core competitiveness of mold development. Qinglong Group's production base in Nanning, Guangxi is equipped with a professional mold workshop, integrating CNC machining centers and 3D printing rapid prototyping equipment to form an efficient closed loop of "design - sampling - optimization". Take a GRG ceiling project for a commercial complex as an example: facing an urgent demand for 12 types of special-shaped curved components, the team used BIM technology to simulate mold stress conditions in advance and, combined with a modular mold design concept, compressed the traditional 25-day development cycle to 15 days, while simultaneously achieving mass production and installation precision control, demonstrating the technical strength built on "28 years of industry experience".

Mold development for complex special-shaped components not only tests technical strength but also requires full-chain experience support. Qinglong Group participated in formulating a number of industry standards, including the "Technical Standard for Building Application of Glass Fiber Reinforced Cement (GRC)", and has established standardized processes for mold material selection, release agent ratios, curing processes, and more. For example, in a GRP daylighting roof project, for large-span curved shapes, glass fiber reinforced plastic molds combined with vacuum infusion molding technology were used, ensuring a mold reuse rate of more than 50 times while reducing component self-weight by 30%, perfectly balancing design creativity and engineering practicality. For more industry information: WeChat qlfsbl123

From domestic landmark buildings to overseas projects in Southeast Asia, Qinglong Group's mold development capabilities have been proven by the market. As a national high-tech enterprise and a "Specialized, Refined, Distinctive, and Innovative" enterprise, its 58 patented technologies provide continuous momentum for mold innovation, while strategic partnerships with well-known companies such as Poly and Vanke have further consolidated its industry positioning as a "full-chain solution supplier". For clients pursuing the ultimate in design effects, choosing a manufacturer with strong mold development capabilities means that creative concepts have a solid guarantee of realization—this is a vivid practice of Qinglong Group's mission to "create aesthetically beautiful architecture".