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RD
CONTINUOUS RESEARCH AND INNOVATION
Continuous research and innovation have always been the key elements of HP’s strategy. Strong collaboration with research institutes and participation in long-term innovation projects, funded by the Italian government and the European Union, has allowed HP to always be in a position of prominence in the composite materials sector.
For HP Composites, RD represents a fundamental tool and an important competitive advantage that allows the company to be at the forefront of new technology and product development, confirming its commitment to strategic growth.
Thanks to such continuous research activities and shared goals, the RD department allows us to have targeted, efficient and functional solutions for any customer.
Ongoing projects
PLOOTO
PLOOTO is the innovative project that develops a circular information system to optimize resource use and reduce waste in the industry. By using advanced technologies and a digital product passport, the project aims to support the transition toward more sustainable and circular models. Tested on pilot supply chains such as drones, magnets, and citrus fruits, PLOOTO is a key step toward a greener and more resilient European industry.
FIBSUM
FIBSUN is a project that develops sustainable value chains for the use of natural fibers, promoting the bioeconomy and climate change mitigation. By using biomass from marginal lands, the project aims to optimize industrial and agricultural processes, ensuring environmental, economic, and social sustainability. Supported by HP Composites, FIBSUN represents an important step toward innovative materials and sustainable agricultural practices.
COTANEC
COTANEC develops new thermosetting biocomposite materials for applications in the automotive and marine sectors, promoting a shared and innovative production chain. The project aims to create synergies between large companies and SMEs, with modular and versatile processes capable of adapting to various applications. Co-funded by the Marche Region, COTANEC contributes to the transition toward a circular economy, promoting sustainable solutions for high-tech sectors.
CARB-DIS
CARB-Dis is a project dedicated to the development of carbon fiber panels for space dispensers, with the goal of reaching Technology Readiness Level (TRL) 6. By leveraging its expertise and innovation in composite materials, HP Composites plays a key role in defining specifications and developing sustainable and efficient molding technologies. Co-funded by the Marche Region, CARB-Dis contributes to the technological growth of the regional and national aerospace sector, strengthening the competitiveness of companies within the supply chain.
HYBREEN
HYBREEN is a project aimed at developing hybrid solutions for the use of natural and recycled materials in automotive components, overcoming technical challenges to enable their large-scale adoption. The project focuses on advanced manufacturing processes, reversible joints, eco-design, and the integration of technologies such as 3D printing. The solutions will be validated in two use cases to promote more sustainable mobility, with a positive impact on the environment. HYBREEN is co-funded by the European Union and led by HP Composites, with Comec Innovative as a partner.
Completed projects
CIRCE
Circe è un progetto nato nell'ambito del programma LIFE, lo strumento di finanziamento europeo per supportare nuove iniziative volte a proteggere l'ambiente. La sua forza si basa sulla partnership di cinque aziende italiane operanti nel settore della ricerca e industriale, orientate all'innovazione di prodotto e di processi industriali. Aziende con diverse attività principali, ma saldamente vincolate da un obiettivo comune: incoraggiare il riutilizzo dei materiali compositi attraverso il paradigma dell'economia circolare. Il che, fondamentalmente, significa dare nuova vita al futuro del pianeta.
TREE
The TREE project developed a modular platform for personalized rehabilitation pathways aimed at people with chronic disabilities. Thanks to advanced solutions, it facilitated access to treatments both in specialized facilities and home environments. Co-funded by the Marche Region, it was coordinated by HP Composites together with a consortium of partners.
GO INNOVATION
Go Innovation developed innovative solutions based on nanomaterials for the automotive and mechatronics sectors. HP Composites introduced the HPC-RTM process, reducing production costs and times. The project, co-funded by the Abruzzo Region, involved companies and research institutions to revolutionize various industrial sectors.
