About Us

Where Vision Meets Timeless Architecture.

Who We Are

Yushi Architecture Group

In pursuit of professional specialization and advanced technical research, we established our professional UHPC subsidiary, Wuhan Building The Future, fully focusing on the research, formula optimization, prefabrication technology, and large-scale engineering application of ultra-high performance concrete. Since then, we have built a complete industrial chain from raw material selection, independent R&D, precision production, to customized architectural solution delivery.

Years of UHPC Expertise

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15 years of dedicated R&D & prefabrication for high-performance architectural materials.

Years Expertise

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Landmark facades, landscape installations & structural engineering works worldwide.

Long-Term Partner Clients

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Stable cooperation with architects, developers & construction contractors across continents.

Satisfaction Rate

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Premium Lafarge materials guarantee long-lasting, flawless architectural finishes.

Our Vision

Material Revolution, Evolve Tomorrow’s Architecture.

We innovate high-performance UHPC with Lafarge materials, empowering architects to build boundary-breaking, long-lasting structures.

Our Mission

Forge Materials, Build Timeless Architecture.

We create flexible, long-lasting UHPC materials to unlock unlimited design possibilities and cut project costs for our global partners.

Common Questions

Most Popular Questions

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What is UHPC?

UHPC (Ultra-High Performance Concrete) is an advanced cementitious composite material with ultra-high strength, high toughness, low porosity, and exceptional durability. It is formulated without coarse aggregates, using optimized particle packing of fine powders (cement, silica fume, quartz sand) and reinforced with micro steel fibers, achieving compressive strengths typically 120–200 MPa (3–5x that of conventional concrete).

What are the core advantages of UHPC over traditional concrete?

Ultra-high strength: Compressive strength 120–200 MPa, enabling thinner, lighter structural elements.
High toughness & ductility: Fiber reinforcement prevents brittle failure, providing excellent crack resistance.
Extreme durability: Near-zero permeability, resistance to chloride, freeze-thaw, and chemical attack; service life up to 200+ years in harsh environments.
Design freedom: Enables slender, curved, and complex architectural forms (thin shells, large spans).
Lightweight structural efficiency: High strength-to-weight ratio allows “thin, light, elegant” designs vs. bulky conventional concrete.

What are the main applications of UHPC?

Building structures: Thin slabs, long-span beams, columns, high-rise cores, and seismic-resistant systems.
Bridge engineering: Deck overlays, precast girders, piers, and orthotropic steel bridge rehabilitation.
Architectural facades: Large-format, thin, curved panels with custom textures and colors.
Infrastructure & special projects: Marine structures, nuclear containment, anti-blast walls, historic restoration, and prefabricated modular components.

Is UHPC more expensive than conventional concrete?

Yes, UHPC material costs are typically 3–5x higher due to premium raw materials (silica fume, steel fibers) and strict production controls. However, total lifecycle cost is often lower: reduced material volume, thinner sections, extended service life, minimal maintenance, and faster construction offset initial expenses.

What production and construction requirements does UHPC have?

Factory precasting preferred: Requires precise batching, high-shear mixing, and often heat/steam curing to achieve full performance.
Specialized equipment: High-shear mixers, accurate dosing systems, and controlled curing chambers.
Installation: Lightweight panels enable faster erection; joints require careful sealing for durability.
Design: Needs expertise in UHPC-specific structural behavior (fiber contribution, ductility, connection details).

How does UHPC compare to GRC, steel, and aluminum in facade/structure use?

Material	Strength Level	Long-Term Durability	Forming Flexibility	Self Weight	Cost Note
UHPC	Very High (120–200 MPa)	Exceptional, service life 200+ years	Excellent, supports thin & curved shapes	Moderate	Higher raw material cost, lower long-term lifecycle cost
GRC	Medium	Good, service life 50+ years	Good	Light	Medium
Structural Steel	High	Good, regular anti-corrosion coating required	Good	Heavy	Medium to High
Aluminum Panel	Medium	Excellent	Excellent	Light	High