KNOWLEDGE TRANSFER
Services for Companies
Quality Policy
Accredited Testing
We are accredited by ENAC under the UNE-EN ISO/IEC 17025 standard, ensuring the highest reliability and accuracy in our testing. We evaluate materials and components using rigorous methodologies, guaranteeing compliance with regulations and the specific requirements of each client. Our commitment to quality drives us to continuously improve our processes and apply best practices in every test.
Railway Superstructure
We perform tests accredited by ENAC and ILAC on railway materials such as sleepers, fastening systems, and rail welds to verify their strength and durability. We apply fatigue, impact, and deformation tests under strict standards, ensuring the reliability of components in high-speed infrastructure and freight transport.
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Concretes
We evaluate the strength, durability, and behavior of concretes through advanced testing. We specialize in mixtures with recycled aggregates and self-compacting formulations, developing sustainable solutions for port infrastructures, offshore platforms, and high-performance foundations.
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Numerical Simulation
We use advanced simulations to model complex structures and physical processes. With the Finite Element Method, we optimize the design and strength of materials in industrial applications, reducing costs and improving efficiency.
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Microstructural Characterization
We analyze the microstructure of materials using advanced techniques such as scanning electron microscopy (SEM) and micro-computed tomography (MicroCT). This allows us to evaluate their composition, morphology, and behavior under different conditions.
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Mechanical Characterization
We perform mechanical tests to evaluate the strength, hardness, and behavior of materials under load. We conduct fatigue, impact, and tensile tests to ensure their reliability in structural and industrial applications.
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Forensic Engineering
We investigate failures in materials and structures to determine their causes and prevent future incidents. We apply fractographic analysis, metallurgical studies, and mechanical testing to improve the safety and durability of components.
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