What Are the New Development Directions of UHPC Technology? High-Performance, Multifunctional and Green Innovation

UHPC technology is evolving along three major directions: "higher performance, more functionality, and greater environmental sustainability." With 58 patents covering cutting-edge technologies, Qinglong is leading the industry upgrade; innovative products such as the translucent UHPC and low-carbon UHPC at Shanghai New World Plaza have already been put into application.

1. Performance Upgrades: Further Breakthroughs in Strength and Durability

Extreme performance expands application boundaries. Strength enhancement: through the synergy of new fibers and admixtures, compressive strength is pushing toward 200MPa, and Qinglong's high-end UHPC achieves a compressive strength of 180MPa. Durability enhancement: formulations optimized for extreme environments (marine, frigid, high temperature) deliver 2,000 hours of salt spray corrosion resistance and ≥400 freeze-thaw cycles; Qinglong's UHPC for coastal projects has passed rigorous testing. Stability enhancement: reduced shrinkage rate (≤0.02%) and improved crack resistance; Qinglong adds special fibers to suppress shrinkage, bringing the cracking rate close to zero.

2. Functional Expansion: Integration and Personalization

Multi-functional integration creates new demand. Decorative upgrade: stone-, wood-, and metal-imitation effects are more lifelike, with long-lasting colors that resist fading; Qinglong's stone-imitation UHPC achieves a realism level of ≥98%. Functional integration: combined with thermal insulation, fire protection, light transmission, sound absorption, and other functions to achieve "one material, multiple uses"; Qinglong's translucent UHPC at Shanghai New World Plaza integrates decoration with light transmission. Smart sensing: embedded sensors enable structural health monitoring; Qinglong has piloted smart UHPC components capable of real-time strength monitoring.

3. Green Development: Low Carbon and Sustainability

Green, low-carbon practices align with policy orientation. Low-carbon raw material substitution: industrial solid waste (fly ash, slag) replaces part of the cement at 20%-30% content; Qinglong's low-carbon UHPC achieves a solid waste utilization rate of 25%. Energy-efficient production: photovoltaic power supply and waste heat recovery systems reduce production energy consumption; energy consumption at Qinglong's production base dropped by 15% after energy-saving retrofits. Recyclability: developing detachable and recyclable UHPC components to achieve resource circulation; Qinglong is developing modular recyclable UHPC products.

4. Qinglong's R&D: Focus on Practical Innovation

Market demand-oriented technological innovation. R&D team: a provincial-level engineering technology center with 50+ professional R&D staff averaging more than 10 years of industry experience. Patent portfolio: 58 patents covering raw materials, processes, functions, and other fields; Qinglong's translucent UHPC and double-curved forming technology have obtained multiple patents. Achievement transformation: new technologies are quickly put into application—for example, low-carbon UHPC has been applied in the Yangshengtang Pharmaceutical project, and translucent UHPC has been implemented at Shanghai New World Plaza. Collaborative R&D: cooperation with universities and research institutions to jointly build R&D platforms; Qinglong collaborates with multiple universities on cutting-edge UHPC research. UHPC technological innovation never ends. Guided by "practicality, green development, and intelligence," Qinglong continuously drives technological upgrades, injecting new momentum into the industry's development.