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UHPC & GRC Complex Architecture Manufacturing
A Global Benchmark in Smart Architectural Fabrication
2025-12-29 13:40:24
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The strength performance of UHPC products is the embodiment of their core value. High-quality UHPC can achieve a compressive strength of 120-180MPa, a flexural strength of 15-30MPa, and an elastic modulus of 40-50GPa. These performance indicators are 3-5 times those of ordinary concrete, even surpassing some steels. Through strict quality control, Qinglong UHPC maintains consistently industry-leading strength performance.
In the Shenzhen Yirui Biotech Building project, third-party testing of Qinglong UHPC showed: the 28-day cube compressive strength reached 135MPa, exceeding the standard requirement (100MPa) by 35%; the flexural strength was 22MPa, exceeding the standard requirement (18MPa) by 22%; the ratio of axial compressive strength to cube compressive strength was 0.89, indicating good material toughness. More importantly, the strength dispersion coefficient was controlled within 3.5%, far below the 15% required by the standard. This stability ensures safe and reliable engineering.
High-quality UHPC maintains a compressive strength above 120MPa, which can reach 150MPa through mix proportion optimization. Strength development is well-balanced, with 3-day strength reaching over 70% of the 28-day strength, meeting rapid construction needs. Qinglong UHPC products maintain compressive strength steadily in the 135-150MPa range.
Flexural strength is typically 1/6 to 1/8 of compressive strength, with high-quality products reaching 18-25MPa. The flexural toughness index I5≥3.5 exhibits distinct pseudo-strain-hardening characteristics. This toughness ensures ample warning before material failure.
The ratio of axial compressive strength to cube compressive strength is 0.85-0.95, higher than that of ordinary concrete. This characteristic allows UHPC to fully leverage its strength advantages in compression members. Qinglong products maintain this ratio steadily at 0.88-0.92.
The strength dispersion coefficient is a key indicator; high-quality products should keep it within 8%. Through precise production control, Qinglong strictly keeps the strength dispersion coefficient within 5%. This stability provides reliable assurance for engineering safety.
The strength performance of UHPC has been verified through extensive experiments. Choosing high-quality products allows its strength advantages to be fully utilized. With its outstanding strength performance, Qinglong UHPC has become the preferred material for major projects.