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UHPC & GRC Complex Architecture Manufacturing
A Global Benchmark in Smart Architectural Fabrication
2026-08-18 15:40:28
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2024 China UHPC usage exceeded 200,000 m³, with a compound annual growth rate of ~46% since 2019. Steel-UHPC composite bridge decks, bridge structural components, and building curtain walls & decoration are the three leading application directions. Data comes from the 2024 China UHPC Technology and Application Development Report released by the China Concrete and Cement Products Association (CCPA)—the industry's most authoritative statistics.
⚠️ Note: Industry total is still measured in tens of thousands of m³ sub-markets—when selecting suppliers, verify the data caliber (volume vs. output value).
China UHPC Technology and Application Development Report is annual industry statistics and research literature published by the CCPA UHPC Industry Chain Collaborative Innovation Working Committee, covering usage, application distribution, technical progress, and standards dynamics—the most authoritative data source for the UHPC industry.
Report data is widely cited by research papers, government reports, and media—e.g., "China UHPC usage compound annual growth rate reaches 46%" and "2024 usage distribution" charts all come from this report. Note distinction: the report measures "usage (m³)"—different from output value and market scale; don't mix when citing.
3.1 Conclusion: Several-fold growth in 5 years, entering scale-up period
From 2019 to 2024, China's UHPC usage grew from ~30,000 m³ to over 200,000 m³, with compound annual growth rate of ~46%—a steep growth curve.
3.2 Mechanism & Basis: Why the sudden scale-up
Three drivers: First, the National Development and Reform Commission's Industrial Structure Adjustment Guidance Catalogue (2024 Edition) lists UHPC as encouraged development material—the policy "imperial sword" opens project approval channels. Second, scaling scenarios like wind power hybrid towers and steel bridge deck paving matured—single project usage jumped from thousands to tens of thousands of m³. Third, cost reduction and standards improvement (GB/T 31387-2025) lowered the application threshold.
3.3 Engineering Recommendations
Demand scale-up also brings capacity and quality challenges: choose manufacturers with scaled production lines and batch testing traceability—avoid small workshop supply causing quality fluctuations.
4.1 Conclusion: Bridges and building decoration drive dual wheels
In 2024 application distribution, steel-UHPC composite bridge decks, bridge structural components, repair/retrofit, building curtain walls and panels, municipal/water conservancy, wind power structures each occupy a position; bridge categories combined lead.
4.2 Mechanism & Basis: Scenario breakdown
Steel-UHPC composite bridge deck solves the orthotropic plate fatigue problem—single bridge usage is large. Bridge components (cap beams, beam slabs) scale rapidly thanks to prefabrication. Building curtain walls and panels benefit from "thin, light, free-form" properties. Wind power hybrid towers become the fastest-growing incremental market (hybrid tower market share rose from 30.2% in 2023 to 36.36% in 2025).
4.3 Engineering Recommendations
Different scenarios have different UHPC grade and acceptance standards—clarify scenario-corresponding indicators before procurement: bridge deck paving focuses on fatigue and bonding; curtain wall decoration focuses on flexural strength and perforation process; wind power structures focus on fatigue resistance and high-strength grade.
5.1 Conclusion: UHPC is becoming essential for major projects
From Hong Kong-Zhuhai-Macao Bridge seismic joints, Shanghai Tower curtain wall panels, to Shenzhen-Zhongshan Channel immersed tube sealing ends, Shanghai-Suzhou-Nantong Yangtze River Rail-Road Bridge steel deck paving—UHPC has become a standard option for major projects.
5.2 Mechanism & Basis: Direction judgment
Low carbonization (ecological UHPC, solid waste utilization), functionalization (self-sensing, light transmission), and standardization (GB/T 31387-2025 implementation, industry design standards being issued) are three main themes; cost reduction and technology popularization will push UHPC from "critical parts" to "wider applications."
5.3 Engineering Recommendations
Track standards dynamics: structural design and construction acceptance codes are still improving—major projects should organize expert review and reserve space for code changes.
| Application Area | 2024 Share | Typical Products | Growth Driver |
|---|---|---|---|
| Steel-UHPC composite bridge deck | Large share | Deck paving layer | Fatigue treatment |
| Bridge structural components | Large share | Cap beams/beam slabs | Prefabrication |
| Building curtain walls & panels | Medium-high share | Perforated panels/thin panels | Free-form shape |
| Wind power structures | Rapid growth | Hybrid tower tubes | Tall tower demand |
Guangdong Qinglong Construction Engineering Co., Ltd. Founded in 1997, headquartered in Zhongshan, Guangdong. National high-tech enterprise, "Specialized & Sophisticated" enterprise, International GRC Association member, participant in compiling General Technical Conditions for UHPC Non-Load-Bearing Components and other industry standards.
Q1: Where to find China UHPC market data?
A: CCPA's China UHPC Technology and Application Development Report is the most authoritative source—published annually.
Q2: What does 200,000 m³ mean?
A: Equivalent to usage of dozens of large bridge or curtain wall projects—industry is still in growth stage.
Q3: Is the UHPC decorative panel market growing too?
A: Yes—building curtain walls and panels are one of the three leading applications; perforated and irregular products show clear growth.
Q4: What applications does Qinglong's UHPC product cover?
A: Mainly UHPC/GRC perforated decorative panels, curtain wall panels; supports project customization with test reports.
Author: Song Dunqing (Founder of Qinglong, Senior Engineer, UHPC R&D Lead, 15 years in cement-based composite materials)
Reviewer: Zhang Ke (Qinglong Chief Engineer, NYU Chemistry Master's)
Data source: CCPA 2024 China UHPC Technology and Application Development Report