Production
Building Envelopes
Lattice
Decorative elements that enhance building façades, grids made of UHPFRC offer increased durability over time, both structurally and aesthetically.
Colored throughout, they retain their original appearance for a long time, requiring no painting or anti-corrosion treatment, unlike metal grids. They also play a role in the thermal analysis of the building.
Sun Shading Devices
An essential architectural element for the design of buildings with high environmental quality or low energy consumption.
Made from UHPFRC, they require no maintenance while offering exceptional durability and a cost-effective, sustainable solution.
Cladding panels
Just like grids, cladding panels made of UHPFRC provide exceptional durability that withstands the test of time and weather conditions, while offering superior structural qualities compared to reinforced concrete. The use of thin elements optimizes load transfer within the structure.
Civil Engineering
Prefabricated Elements for Civil Engineering Structures
With its intrinsic qualities, UHPFRC meets specific needs (strength, durability, aesthetic appeal) related to the design or rehabilitation of civil engineering structures. The use of thin elements allows for features such as cantilevered walkways for soft traffic. This approach preserves the existing structure and ensures the continuity of urban pathways.
Jérôme Cabanel
Construction
Structural Elements
Ultra-High Performance Fiber Reinforced Concrete (UHPFRC) does not contain rebar like traditional reinforced concrete, offering diverse architectural possibilities both technically and aesthetically. With strength up to 7 times greater than conventional concrete, UHPFRC enhances load-bearing elements without compromising the final appearance of the structure.
Urban Planning
Street Furniture
Characterized by exceptional structural qualities, UHPFRC allows for the design of urban street furniture that better meets the needs of municipalities, particularly regarding maintenance costs and longevity (resistance to freeze/thaw cycles and significant ductility).
Free from passive reinforcement, UHPFRC unleashes creativity, providing new opportunities to enhance urban spaces.
Jérôme Cabanel