TITAN Project: NEW SURFACE TREATMENT TECHNOLOGIES FOR A NEXT-GENERATION CIRCULAR COMPONENT INDUSTRY Resolution: EXP/EC/2023/00291 Flubetech S.L. announces its participation in TITAN project, in conjunction with Finanzauto S.A. and Aciturri Aeroengines. This initiative focuses on the development and implementation of new surface treatment technologies for the remanufacturing of
Project CPP2024-011674 funded by MICIU/AEI /10.13039/501100011033 and by the European Union NextGenerationEU/PRTR ProCoB project for the development of advanced coatings applied to nuclear fusion Flubetech S.L. is collaborating with the Center for Environmental, Energy and Technological Research (CIEMAT) and the European Spalation Source Bilbao (ESS Bilbao) on research and
FLUBETECH, S.L. is working on the development of a new R&D project, INNOAEM, in collaboration with Nordex Electrolyzers, S.L. and Talleres Auxiliares Arania, S.L., which has received funding from IDAE through the “Segunda Convocatoria de programa de incentivos 4: retos de investigación básica-fundamental, pilotos innovadores y la formación en tecnologÃas
We are pleased to announce that the ALUSIT project, focused on the development of new tools and coatings for threading aluminium alloys with high silicon content, has reached its final phase with innovative and promising results. Un esfuerzo conjunto desde 2021 Since its launch in 2021, ALUSIT has been a
The main objective of the EQUIDENTAL project is the development of low-cost, simple, flexible, modular, and adaptable surface treatment equipment aimed at manufacturers of dental implantology components and surgical instruments. What is the basis of the project’s technological innovation? The technological innovation of the project is based on: Development of
ALUSIT: A Project for the Development of New Geometries, Finishes, and Coatings for Aluminum Threading The project aimed at developing new threading tools for high-silicon aluminum alloys continues to progress. The use of lightweight alloys is generally on the rise. Less weight means lower consumption, especially in electric vehicles.
TITAN Project: NEW SURFACE TREATMENT TECHNOLOGIES FOR A NEXT-GENERATION CIRCULAR COMPONENT INDUSTRY Resolution: EXP/EC/2023/00291 Flubetech S.L. announces its participation in TITAN project, in conjunction with Finanzauto S.A. and Aciturri Aeroengines. This initiative focuses on the development and implementation of new surface treatment technologies for the remanufacturing of
Project CPP2024-011674 funded by MICIU/AEI /10.13039/501100011033 and by the European Union NextGenerationEU/PRTR ProCoB project for the development of advanced coatings applied to nuclear fusion Flubetech S.L. is collaborating with the Center for Environmental, Energy and Technological Research (CIEMAT) and the European Spalation Source Bilbao (ESS Bilbao) on research and
FLUBETECH, S.L. is working on the development of a new R&D project, INNOAEM, in collaboration with Nordex Electrolyzers, S.L. and Talleres Auxiliares Arania, S.L., which has received funding from IDAE through the “Segunda Convocatoria de programa de incentivos 4: retos de investigación básica-fundamental, pilotos innovadores y la formación en tecnologÃas
We are pleased to announce that the ALUSIT project, focused on the development of new tools and coatings for threading aluminium alloys with high silicon content, has reached its final phase with innovative and promising results. Un esfuerzo conjunto desde 2021 Since its launch in 2021, ALUSIT has been a
The main objective of the EQUIDENTAL project is the development of low-cost, simple, flexible, modular, and adaptable surface treatment equipment aimed at manufacturers of dental implantology components and surgical instruments. What is the basis of the project’s technological innovation? The technological innovation of the project is based on: Development of
ALUSIT: A Project for the Development of New Geometries, Finishes, and Coatings for Aluminum Threading The project aimed at developing new threading tools for high-silicon aluminum alloys continues to progress. The use of lightweight alloys is generally on the rise. Less weight means lower consumption, especially in electric vehicles.
