Elastomer components for Infrastructure & Public Works — custom production from a drawing, reference or sample.

Elastomer components for infrastructure and public works operate outdoors for decades — exposed to water, UV, ozone and thermal cycling, under high loads and permanent movement and expansion. They demand long-lasting watertightness and proven durability. Our solutions are developed to withstand these conditions, part by part.
Reliable sealing of joints and penetrations against pressurised water and infiltration, maintained over decades.
Joints and bearings that accommodate expansion, contraction and structural movement without loss of sealing.
Load-bearing capacity and elastic recovery in bearings and structural elements.
Resistance to UV, ozone, water and thermal cycling throughout the service life of the structure.
Reliable anchoring and adhesion to concrete and metal structures.
Resistance to abrasion, sediment and impact.
We co-develop components tailored to the operational, regulatory, and performance requirements of this sector. We work on a made-to-order basis, starting from each client's specific challenge.
Every project begins with a detailed needs analysis conducted by our technical team. From there, we develop the solution concept and move on to prototyping, validation, and manufacturing.
Each solution addresses a specific technical problem, with documented approaches and applications.

Rubber-coated steel structures with configurations adapted to each type of expansion joint.
Accommodate large longitudinal and transverse movements and seismic-risk zones, with resistance to abrasive wear, oils and marine environments.
Viaducts, bridges and buildings.
Typical applications

Load-bearing structures designed in steel and CR or NR rubber.
Absorption of movement, vibration and thermal expansion. High strength, durability and performance under demanding loads and environmental conditions.
Bridges, viaducts, buildings, dams, industry and railway infrastructure.
Typical applications

Guiding elements that ensure the correct positioning of the vehicle, withstanding lateral forces and impacts.
High resistance to wear, impact, abrasion and environmental conditions, ensuring a long service life.
BRT systems, urban transport, rail vehicles and other guiding and protection applications.
Typical applications
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