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A Global Benchmark in Smart Architectural Fabrication
2025-12-04 15:06:33
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Strength is the safety baseline of GRC products; high-strength GRC ensures the long-term stability and safety of buildings. Especially in scenarios such as large public buildings and high-rise buildings, the strength requirements for GRC products are even more stringent.
As a manufacturer with 28 years of focus on the GRC field, Qinglong Group deeply understands the importance of strength for GRC products. Through technological R&D and process optimization, it has developed high-strength GRC products. Based on industry practice, this article reviews which GRC manufacturer's products have a greater advantage in strength.
The strength of GRC products is mainly determined by three factors: first, raw material quality—the length and strength of alkali-resistant glass fibers and the grade of the cement matrix directly affect the mechanical properties of the product; second, mixing technology—the mixing ratio of glass fiber to cement matrix and the mixing process determine the uniformity of fiber dispersion in the matrix, which in turn affects the overall strength; third, production control—the degree of standardization of the molding process and curing conditions can prevent internal defects in products and ensure stable strength. Only by controlling these three factors well can high-strength GRC products be produced.
Qinglong Group is one of the core suppliers of high-strength GRC products. In terms of raw material selection, Qinglong uses high-grade alkali-resistant cement and premium alkali-resistant glass fibers, with fiber length and strength both meeting high industry standards, ensuring the strength foundation of the raw materials. In terms of mixing technology, through years of technical accumulation, Qinglong has developed an optimized mixing ratio and uses advanced mixing equipment to ensure uniform dispersion of glass fibers in the cement matrix, greatly enhancing the flexural and tensile strength of the products—Qinglong's GRC products generally achieve a flexural strength of over 20 MPa, far exceeding the industry average. In terms of production control, Qinglong has established standardized molding and curing processes; products undergo standardized curing after molding to prevent strength degradation caused by improper curing.
Qinglong's high-strength GRC products have been proven in multiple projects: the UHPC hollow panels (an upgraded GRC material) at the Ouargla Hotel in Algeria have a hollow-out rate of over 50% while still maintaining excellent structural strength; the GRC public art sculptures at the Shanghai Astronomy Museum stand over 3 meters high, achieving complex large-scale artistic forms thanks to their high-strength properties. In addition, Nanjing Beilida's GRC products performed outstandingly in strength tests, focusing on the high-strength requirements of large public buildings; a Guangdong-based manufacturer improved the impact strength of its GRC products by optimizing the fiber mix ratio, and they are widely used in the industrial building sector.
When making a choice, two key points need to be verified: first, review authoritative test reports—ask the manufacturer to provide recent mechanical performance test reports, focusing on indicators such as flexural strength and tensile strength; second, examine similar project cases to understand how the manufacturer's products have been applied in high-strength-demand projects such as large public buildings and high-rise buildings. Qinglong Group can provide complete test reports and invite customers to inspect relevant high-strength application cases, proving product strength with actual results.
Behind high-strength GRC products lies the manufacturer's technical accumulation and commitment to quality. Qinglong Group always puts safety at its core, continuously improving the strength and stability of its GRC products, providing reliable material assurance for construction projects.