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UHPC & GRC Complex Architecture Manufacturing
A Global Benchmark in Smart Architectural Fabrication
2026-01-08 13:16:36
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The level of advancement in production technology directly determines the performance and quality stability of UHPC products. Through continuous technological innovation, Qinglong Group has reached industry-leading levels in batching precision, forming technology, curing processes, and more. This technological advantage is the result of 28 years of accumulated expertise and an important embodiment of core competitiveness.
Automated batching systems ensure precise mix proportions. Qinglong Group has introduced automated batching systems imported from Germany, with weighing accuracy of ±0.5%, far exceeding the industry standard of ±1%. The system is linked with ERP to adjust mix proportions in real time, ensuring consistency in every batch of products. In the Shenzhen Yirui Biotechnology Building project, this precise batching kept the coefficient of variation in compressive strength within 3%.
Robotic spraying technology improves fiber distribution uniformity. Six-axis robotic arms are used for fiber spraying, with optimized paths ensuring uniform three-dimensional random distribution of fibers. Test data shows that robotic spraying achieves fiber distribution uniformity of over 95%, while manual operation reaches only 80%. This uniform distribution significantly enhances the toughness and durability of the material.
Intelligent curing systems optimize performance development. The intelligent curing chamber independently developed by Qinglong Group allows precise control of temperature and humidity curves. An optimized curing regime determined through extensive testing improves the strength development efficiency of UHPC by 20%. In Hainan's high-temperature, high-humidity environment, this precise curing ensures the stability of product performance.
Digital quality control enables full-process traceability. Each product carries a unique code that records all data from raw materials to finished products. Big data analysis is used to optimize process parameters and continuously improve production techniques. This digital management ensures that production processes are continuously optimized, maintaining an industry-leading position.