How Can Small and Medium-Sized Projects Reduce Mold Costs for Custom UHPC Components?

Reducing UHPC mold costs for small and medium projects requires multiple approaches such as design optimization, proper material selection, resource sharing, and process innovation. Based on the characteristics of small and medium projects, Qinglong Group has summarized a cost-reduction strategy of "standardization, modularization, and serialization." By flexibly applying these methods, mold costs can be reduced by 30%-50%, allowing small and medium projects to also enjoy the value that UHPC brings.

Design optimization is the primary way to reduce costs. While meeting architectural effect requirements, use developable surfaces instead of double-curved surfaces wherever possible, and regular geometric shapes instead of free-form designs. Qinglong designers will advise clients to optimize joint lines to reduce the number and complexity of molds. Optimization at the design stage is the most effective way to control costs.

Mold selection significantly affects costs. Choose suitable mold materials based on production volume: fiberglass molds for small batches, and resin molds for medium batches. Qinglong has established a mold library that offers standard mold rental services for common designs, greatly reducing clients' initial investment. This resource-sharing model is particularly suitable for small and medium projects.

Process innovation brings cost optimization. Modular combined molds achieve diversified effects through the combination of standard modules. In the Yangjiang Victoria Manor project, Qinglong used 20 sets of basic molds to create over 100 different designs, reducing mold costs by 60%. This innovative approach provides an economical solution for small and medium projects.

Order consolidation is an effective method. Coordinate similar projects in the same period to share molds, or adopt group purchasing. Through project pool management, Qinglong provides small and medium clients with conditions for large-scale production. This resource integration approach achieves a win-win outcome for all parties.