Since its origins, FENOQUÍMICA has made innovation and sustainability two inseparable pillars of its activity. Our goal is to offer high value-added solutions that respond to the current needs of the industry and, at the same time, contribute to a more responsible future with the planet.
Innovation allows us to anticipate the challenges of tomorrow and respond to the demands of today. We design lighter and stronger compounds, with new functionalities, always in close collaboration with our customers.
Our specialized technical team accompanies each project from conception to production, creating customized solutions for sectors such as aeronautics, automotive, renewable energies or telecommunications.
Sustainability is present throughout our production cycle: from the selection of the raw material to its end of useful life. We transform industrial waste, such as wind turbine blades, carbon fibers or textile waste, into composites with high mechanical and thermal properties.
In addition, we help our customers to optimize resources and minimize production losses, closing cycles efficiently and responsibly.
Strategic collaboration in R&D projects is key to driving new solutions. We work closely with companies and technology centers on advanced developments that make a real difference.
Every project reflects our vision: building the future of materials with intelligence, responsibility and a strong commitment to the planet.
Creation of C-C (carbon-carbon) composites with carbon fibers and nanotubes in a single matrix, capable of withstanding extreme temperature conditions and stress.
production of parts from recycled glass and carbon fibers, helping to solve one of the great environmental challenges of their difficult degradation.
Development of brakes for wind turbines with tribological properties that reduce noise and environmental impact. We also collaborate on components for wear sensors in high-end automobiles.
We collaborate with the University of Lleida on projects focused on the valorization and circularity of agricultural waste, as well as on the industrial transfer of biocomposites.
