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Technical fences in GFRP dedicated to mobility, industry, and infrastructure

FibreFENCE: where security meets innovation

FibreFENCE: where security meets innovation

FibreFENCE fences represent a cutting-edge solution for the protection of critical areas, combining technology, reliability, and sustainability. Made of GFRP (Glass Fiber Reinforced Polymer), an innovative material with exceptional mechanical properties, chemical/physical stability, and electrical and thermal insulation, our fences are designed to meet the most stringent requirements in the mobility, infrastructure, and industrial sectors. The versatility of the material allows us to effectively and promptly address protection needs for railways, roads, industrial areas, critical infrastructure, and airports.

In the airport sector, in particular, FibreFENCE has already earned the trust of over 120 airports worldwide, providing high-performance fencing solutions. It is a preferred choice to meet specific needs near runways, electrical equipment, radars, ILS systems, and for perimeter security. This is thanks to compliance with international standards, ease of installation, and the ability to integrate advanced surveillance technologies.

Why Choose FibreFENCE GFRP Fences

GFRP (Glass Fiber Reinforced Polymer) is an innovative, lightweight, non-conductive, and corrosion-resistant material. FibreFENCE fences leverage these properties to offer safe, durable, and versatile solutions, ideal for mobility, industry, and infrastructure.

Discover the highlights
Certificato CSI Certificato SGS Certificato CE Certificato EPDITALY Certificato ICAO

Map

Thanks to the versatility and reliability of our solutions, we have consolidated a global presence by supporting airports in over 40 countries with innovative and certified products. Discover our international references on the interactive map.

Mappa

Sustainability

FibreFENCE is committed to reducing carbon emissions throughout the entire lifecycle of its GFRP products.

The environmental impact is minimized through low-energy production processes, reduced transportation, optimized on-site operations, and near-zero maintenance. The long lifespan of the materials ensures sustainable solutions for a greener future.

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