UHPC Application
Fields
Seven Major Application Categories Covering Infrastructure Engineering, Architecture & Facade, Transportation & Rail, Energy & Marine Engineering, and More, Empowering Architectural Evolution through Material Revolution
Comprehensive UHPC
Application Portfolio
From infrastructure engineering to specialized application scenarios, UHPC technology demonstrates outstanding value in multiple industries with ultra-high mechanical properties, extreme durability and green environmental protection characteristics, redefining the application standards of building materials
Traffic Engineering
Core components for transportation infrastructure.
Construction Engineering
High-performance solutions for building systems.
Building Curtain Wall
High-performance building exterior enclosure components.
Urban Furniture
Aesthetic & functional urban space components.
Reinforcement & Maintenance
Durable maintenance for infrastructure.
Energy Engineering
High-strength energy system components.
Marine Engineering
Corrosion-resistant marine applications.
Military Engineering
Protective bunkers, missile launch facilities, military vehicle protection, and specialized defense structures.
Traffic Engineering
Applied to core scenarios such as precast components, high-strength wet joints, composite structures, high-performance crash barriers, etc. Its low-porosity microstructure solves pain points like weak impact resistance of traditional facilities, while reducing cement usage and carbon emissions, aligning with green transportation needs.
Wuhan Youyi Avenue
Adopted UHPC seamless wear-resistant flooring to solve heavy-load area cracking.
Tianma Road Heavy-Duty Pavement
Adapted to heavy-load traffic via high wear resistance & impact resistance.
Bridge Crash Barrier Project
Improved road safety with high impact resistance.
Construction Engineering
Suitable for prefabricated building structures, high-performance curtain wall panels, etc. It realizes lightweight (60% weight reduction) and high moldability, balancing structural performance & aesthetics, while meeting "dual carbon" goals by reducing life-cycle carbon emissions.
Factory-controlled quality
Component precision up to millimeter level
Lightweight solution
Reduce building load by 65%-85%
Naver Headquarters (Korea)
Applied 15,000 ㎡ UHPC decorative panels for ultra-thinness & high moldability.
Wuxi Jiangyin Guole Island
Used 27,000 ㎡ UHPC curtain wall panels to build an urban landmark.
Renmin University of China Tongzhou Campus
Applied 13,000 ㎡ UHPC decorative composite panels (domestic large-scale benchmark).
Building Curtain Wall
Its low-porosity microstructure solves traditional curtain wall pain points such as heavy self-weight, limited shaping, and poor durability. It reduces cement usage and carbon emissions, meeting green building demands.
The Palace Museum North Campus Project (Beijing, China)
Adopted UHPC curtain wall panels combined with golden aluminum round tubes to replicate the classic "Forbidden City Red" wall style.
Hainan New Sports Center Project (Hainan, China)
Used 8,000㎡ UHPC curtain wall panels (max size 7.6m×1.3m) for stadium facades, supporting large-span design.
Museum of European and Mediterranean Civilizations (Marseille, France)
Applied UHPC lace-like mesh curtain walls to cope with coastal salt spray erosion and complex curved design needs.
Reinforcement & Protection
Aimed at aging building strengthening, bridge-tunnel rapid repair, etc. It realizes efficient reinforcement via high bond strength & low shrinkage, bonding closely with original structures without large-scale demolition, shortening construction period by 50% and extending service life to 100+ years.
High-Speed Old Bridge Reinforcement Project
Used structural powder for wet joint treatment & structural strengthening.
Reservoir Spillway Repair Project
Extended water conservancy facility service life via high abrasion & corrosion resistance.
Old Building Renovation Project
Solved old building cracking via UHPC low shrinkage.
Urban Furniture
Applied to landscape components, decorative railings, curb stones, etc. It combines all-climate weather resistance, stain resistance & aesthetic design; its dense surface enables 0-pollutant penetration, with low maintenance cost and 50+ years service life.
Oakland Park Observation Tower (San Francisco, USA)
Used UHPC washed stone mirror effect (21m high, 22.14m bottom circumference).
Shanghai Songjiang Comprehensive Activity Center
Applied 4,500 ㎡ UHPC products for "big bowl-shaped" special-shaped building.
Xujiahui Academy
Used 10,000 ㎡ UHPC materials with beige washed stone texture.
Energy Engineering
Focused on nuclear power foundation reinforcement, wind turbine supports, etc. It provides high protection & stability via high density (low porosity) & impermeability, meeting nuclear power-grade safety standards with 100+ years service life, adapting to harsh environments.
Shandong Nuclear Power Base Foundation Reinforcement Project
Customized UHPC foundation components for safety protection.
Inner Mongolia Wind Turbine Tower Support Project
Adapted to harsh grassland climate for stable wind power operation.
Photovoltaic Support Structure Project
Optimized installation efficiency via high strength & lightweight.
Marine Engineering
Applied to offshore platform supports, subsea tunnel lining, etc. Aimed at high-salt/corrosion marine environments, it realizes 100+ years service life via excellent chloride ion penetration resistance, adapting to 30-50m deep sea environments.
East China Sea Offshore Wind Power Foundation Project
Resisted salt spray corrosion & wave impact (adapt to 30-50m water depth).
Xiamen Subsea Tunnel Lining Project
Ensured tunnel safety via anti-seepage & corrosion resistance.
Hangzhou Bay Phase II Project
Reduced marine environment erosion (domestic cross-sea project benchmark).
Military Engineering
Applied to high-strength protective shelters, missile silo supports, etc. With ultra-high strength (100-200MPa) & impact resistance (≥15kJ/m²), it achieves high-grade protection; precast components enable rapid on-site assembly, balancing protection & concealment.
A Military Base Protective Bunker Project
Reached military protection level 1 (compressive strength ≥150MPa).
Military Airport Runway Rapid Repair Project
Realized rapid runway damage repair for fighter take-off/landing safety.
Military Command Post Reinforcement Project
Improved facility damage resistance via high protection performance.
UHPC Material Properties
Performance Excellence
Comprehensive technical specifications demonstrate superior performance across all application scenarios. With "empowering architectural evolution through material revolution" as the core, it achieves a triple breakthrough in mechanical properties, durability and environmental protection through unique formulas and intelligent production systems
Performance Benefits Across Applications
Structural Excellence
- •Ultra-high compressive strength and tensile strength, excellent bearing capacity
- •Superior flexural performance and impact resistance, outstanding explosion and impact resistance
- Fiber toughening technology improves material toughness and reduces cracking risk
- Reduces structural thickness, realizes lightweight design, and lowers building load
Durability Advantages
- Extended service life (100+ years), far exceeding traditional building materials
- Excellent corrosion resistance, resisting erosion by chloride ions, sulfides, acids, etc.
- Strong freeze-thaw stability, adapting to extreme climate environments
- Low water absorption and high density, anti-seepage and anti-mildew
Economic Benefits
- Modular production and rapid installation, shortening the construction period by more than 50%
- Reduces lifecycle costs by 40%, reducing maintenance and replacement costs
- Efficient material utilization, with cost only 25%-50% of the industry average
- Enhances project value, creating iconic buildings with durability and sustainability
Comprehensive Technical
Documentation
Download detailed specifications, installation guidelines, and best practices for each UHPC application field. Relying on a number of patented technologies and exclusive know-how, it provides professional support for project implementation
Traffic Engineering Resources
Bridge wet joints, composite structures, and crash barrier specifications
Construction Engineering Resources
Building components, prefabricated structures, and facade system specifications
Energy & Marine Resources
Offshore structure components, energy facility anti-corrosion components specifications
Urban Furniture Resources
Public facility components, landscape structure parts specifications
Reinforcement & Protection Resources
Structure reinforcement components, anti-corrosion protection system specifications
uilding Curtain Wall Components & Systems
High-performance curtain wall panel systems, installation & waterproofing system specifications
Special Engineering Resources
Special scenario structure components, high-performance structure parts specifications
Product Technical Manual
Including product formulas, technical parameters, usage methods, packaging and shelf life instructions for each model
Construction Guidance Plan
Including equipment evaluation, test requirements, and operator training guidelines
Proven Performance
Across All Applications
Quantified benefits and performance improvements demonstrated across diverse UHPC application projects. With advantages of leading technology, world-unique production system and full-scenario coverage, it has become a global UHPC leader
Covering cultural venues, university campuses, municipal landscapes, transportation infrastructure and other fields
Comprehensive improvement in mechanical properties and durability compared with traditional building materials
Far exceeding the service life of 3-5 years/8-10 years of traditional materials
Reducing maintenance, replacement and reconstruction costs
Environmental Benefits
Carbon Footprint Reduction
Extended service life significantly reduces carbon emissions from reconstruction and maintenance activities
Material Efficiency
Higher strength allows for reduced material usage while maintaining superior structural performance
Sustainable Development
Contributes to sustainable construction practices and green building certifications
