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Projects

Introduction

We’ve been providing architects and engineers with the right material to bring their vision to life for over 25 years now. That’s more than two decades and a half of concrete proof of Ductal®’s strength, durability, adaptability and innovation.

We think these realisations speak volumes of our ability to bring form and function together in perfect harmony. Let’s work together to make your next project stretch the definition of what’s possible – even further.

Chillon Viaducts

Introduction

The Chillon Viaducts have been reinforced by an Overlay of Ductal® UHPC. Thanks to its mechanical characteristics and its durability properties, Ductal® was the only material able to provide an efficient retrofitting preserving the bearing capacity of the bridge, a lower maintenance cost and a quick retro commissioning of an important axis of the Swiss highway network. The two Chillon Viaducts are among the most spectacular infrastructure works of the Swiss highway network. Ductal® was prescribed for the reinforcement of the two decks (2.2 km long by 12 m wide each). The implementation of thin layer of Ductal® (4 cm thick) with rebars, allowed the strengthening of the bridge decks for shear loads, bending, and fatigue while ensuring the waterproofing of the surface.

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Overlay

Yunnan Bridge

Introduction

The Honghe Suspension Bridge between Honghe Hani and Yi Autonomous Prefecture in Yunnan Province, South of China was completed within 35 days.

Overlay

Mauves sur Loire bridge

Introduction

The rehabilitation of Mauves-sur-Loire bridge consists in substituting the existing deck (3,500 m²) made of brick vaults with a thin deck made of thin precast UHPFRC slabs. The main objective of the project is to upgrade this historic landmark by increasing its bearing capacity and allowing the addition of cantilevered footbridges.

Infrastructure

Central Bank of Iraq

Introduction

Rising from the bank of the Tigris River, the Central Bank of Iraq building, conveys the core values of the institution: Solidity, Stability and Sustainability.

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Archistructure
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