A new issue of the AIRPOXY newsletter

Surface Engineering

The second issue of the AIRPOXY project newsletter has been published.

In addition to coordinating the project, CIDETEC Surface Engineering is in charge of several key technical activities such as the formulation of aero-grade 3R resins and adhesives, as well as the manufacture and characterization of 3R composites produced with them.

The newsletter includes updates on the different aspects of the project:

– Development of 3R-Thermoforming technologies.
– Development of 3R-Bonding technologies.
– SHM and development of 3R-Repair technologies.
– Validation of technologies in an industrial environment.
– Environmental, economic and human health risk assessment.
– Dissemination actions.
– Standardisation, certification, business plan and commercial roadmap.

CIDETEC Surface Engineering finalizes demonstrator tests of the CUIDETEC project

New Filament Winding and ATL equipment

CIDETEC Surface Engineering Hosts Training on Composite Materials

CIDETEC Surface Engineering promotes new chemical and mixed composite recycling technologies in the COMAR project

The RESINSURF project by CIDETEC Surface Engineering will offer sustainable alternatives for the surface treatment industry

CIDETEC Surface Engineering participates in the European BioPhenom project to develop safe and sustainable materials

CIDETEC Surface Engineering advances as a Cervera Center of Excellence with the start of the SURFERA-PLUS project

CIDETEC Surface Engineering and Hyundai Motor Company / KIA join forces

CIDETEC Surface Engineering embarks on the BioStruct project, which will promote the use of biocomposite materials in the maritime and wind industry

CIDETEC Surface Engineering has installed the demonstrator to give the next step in the CUIDETEC project

CIDETEC will host the ‘Surface Treatments Pilot Lines workshop’

CIDETEC Surface Engineering develops a type of epoxy to build lighter and more sustainable trains

The INTEGRIA project will extend the lifetime of floating wind farms through Artificial Intelligence (AI)

Hydrogen containers and 100% recyclable car seats, goals of the CUBIC project