Elastomer components for Automotive & Road Transport — custom production from a drawing, reference or sample.

Elastomer components for automotive and road transport operate under vibration and noise (NVH), high temperatures, contact with oils and fuels and millions of load cycles. They demand dynamic performance and durability.
Engine mounts and elements that control vibration and noise.
Resistance to vehicle oils, fuels and fluids.
Performance at high temperatures and under thermal cycling.
Parts subjected to millions of dynamic load cycles without cracking or loss of properties.
Reliable vulcanisation to metal inserts and bushings.
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.

Mounts and dampers designed to absorb vibration and impact, contributing to the isolation between the various components or assemblies.
High resistance to fatigue, compression, deformation and temperature variations, ensuring stability and durability.
Flexibility according to the specifications.
Cars, commercial vehicles, buses and heavy vehicles.
Typical applications

Flexible elements for the protection, sealing and compensation of movement between components subject to displacement or oscillation.
High resistance to repeated flexing, tearing, abrasion, oils, dust and temperature variations.
Steering, transmission, suspension, braking and other automotive mechanisms.
Typical applications

Elements designed to limit suspension travel and absorb impacts, contributing to the protection of components and to vehicle comfort.
High resistance to impact, compression, fatigue, wear and temperature variations.
Automotive suspension, doors, bonnets, mounting systems and light, commercial and heavy vehicles.
Typical applications

Mounts and dampers that allow controlled movement between components, reducing vibration, noise and the transmission of forces.
Various dimensions and configurations.
Resistance to fatigue, deformation, ageing and temperature variations, retaining the elastomeric and metallurgical properties.
Suspension, steering, engine, transmission and vehicle linkage systems.
Typical applications

NBR or FKM (oils and fuels), EPDM (water and doors), silicone (temperature); standard and custom profiles.
Ensure the tightness of engines, transmissions and vehicle systems, preventing leaks and the ingress of contaminants, in contact with oils, fuels, pressure and high temperatures.
Engines, transmissions, hydraulic systems, air conditioning, doors and windows.
Typical applications

Manufacture of parts designed to protect the vehicle floor against wear, moisture, dirt and spills.
High resistance to wear, abrasion, moisture, oils, dirt and temperature variations.
Cars, commercial vehicles, buses, industrial vehicles and transport equipment.
Typical applications

Flexible rubber elements, which may incorporate metal and/or textile inserts; NR, NBR, CR or polyurethane; compatible with various coupling types.
Transmit torque even with shaft misalignment, absorbing vibration and compensating for angles, under continuous fatigue, torsion and dynamic loads.
Transmissions of cars, commercial and heavy vehicles and industrial machinery.
Typical applications

EPDM, NR, NBR, CR or silicone; solid and hollow profiles, in cut lengths or continuous.
Seal doors, windows, bonnets and compartments over long lengths, resisting ageing, abrasion, ozone, weathering and chemical agents.
Doors, windows, bonnets, bodywork, compartments and industrial equipment.
Typical applications

Silicone, rubber, NBR or EPDM; custom-moulded covers, caps and protectors.
Cover components to prevent the ingress of water, dust and contaminants, under impact, abrasion, oils, weathering and ageing.
Cars, commercial vehicles, mechanical components and electrical systems.
Typical applications
Elements for supporting, positioning and securing components, which can also provide vibration isolation and take up clearances.
Resistance to compression, dynamic loads, vibration, wear, temperature and ageing.
Suspension, engine and transmission systems, bodywork and industrial equipment.
Typical applications
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