Carbon Fibre and CFRP ribs and arches.

key features

Composites elements: a 20m carbon fibre cantilever roof using composite ribs, designed without steel supports.

Why composites: the intelligent design and curved shape allow for a lightweight structural element that spans large distances without internal support pillars.

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Weight

Traditional materials, such as concrete, would require intermediate supports or pillars, while steel structures are bulky and heavy. Carbon fibre enables large open spaces without the need for heavy support elements.

Cost

Although the upfront cost of carbon fibre composites is higher, they significantly reduce installation costs, construction time, and equipment needs. Additionally, carbon fibre allows for innovative design features that would otherwise be impossible or cost-prohibitive with traditional materials.

Strength

Carbon fibre offers the same strength as steel at just 20% of the weight, allowing for greater design flexibility and creativity.

Durability

Carbon fibre composites are highly durable and resistant to variable weather conditions, thermal cycling, and corrosive environments.

Maintenance

These structures are low-maintenance or maintenance-free and can be equipped with sensors to monitor long-term performance.

LCA/Environmental Impact

Carbon fibre composites have a lower CO₂ footprint compared to traditional materials. Advancements in recycling enable carbon fibre and resin recovery for reuse in high-value applications, improving end-of-life disposal sustainability.
Fire, Smoke, and Toxicity : all carbon fibre composites comply with local fire safety standards and regulations, meeting or exceeding the benchmarks set for traditional materials.