Sustainability>

Engineered for 100+ years of performance

InfraCore® Inside composite bridges deliver over 100 years of service life with minimal maintenance, reducing costs, waste, and environmental impact compared to traditional materials.

Low-impact, sustainable bridge solutions

Composite bridges require less energy to produce and generate lower CO₂ emissions. Their lightweight, prefabricated design enables efficient transport and installation, supporting high sustainability standards in infrastructure projects.

Designed with recycled and bio-based resources

Our composite bridges use PET-based resins with recycled materials, reducing environmental impact. We also offer fully bio-based solutions, using natural fibers and bio-resins for a more sustainable infrastructure approach.

Built to perform in demanding environments

Composite bridges can be tailored to specific load requirements and weather conditions, ensuring reliable performance in any setting. Their corrosion-resistant properties make them ideal for use in humid climates and water-exposed environments, delivering long-term durability with minimal degradation.

Minimal upkeep, maximum durability

FiberCore composite bridges are virtually maintenance-free, with high resistance to corrosion, UV, salt, chemicals, and extreme temperatures. Surfaces are easy to clean, with graffiti and damage quickly removable, ensuring long-lasting performance with minimal effort.

Easy transport, faster installation

Composite bridges are significantly lighter than steel, wood, or concrete alternatives, enabling efficient transport and quick installation while reducing CO₂ emissions.

Fast installation with minimal impact

Prefabricated, lightweight bridges can be installed within minutes directly from the truck, reducing site disruption. They can also be transported by water and floated into position, enabling efficient installation even in hard-to-reach locations.

Flexible and reusable bridge solutions

Lightweight and easy to disassemble, FiberCore composite bridges can be relocated and reused for changing needs. This enables temporary applications and multiple lifecycles, supporting a more circular approach to infrastructure.

Designed for reuse and material recovery

At the end of their lifecycle, composite bridges can be recycled through pyrolysis, preserving material quality and enabling reuse in new infrastructure applications, supporting a fully circular approach.