FHP- FREZITE HIGH PERFORMANCE LDA

Their core work

FHP (Frezite High Performance) is a Portuguese manufacturing SME specializing in high-performance materials and precision engineering for extreme operating conditions. Their work spans advanced ceramic composites designed to survive combustion environments and thermal shock, as well as the design and fabrication of large-scale precision structures for space applications. In the LEA project they served as project coordinator, responsible for delivering the first European antenna exceeding 5 meters in diameter — a significant industrial manufacturing challenge. Their parent brand Frezite has deep roots in hard materials and precision tooling, and FHP appears to be the R&D-intensive arm targeting aerospace and space-grade manufacturing contracts.

What they specialise in

How they've shifted over time

FHP entered H2020 in 2016 as a participant in materials science (ceramic composites for harsh environments), indicating an initial positioning as a specialist component contributor. Within a year they took on a coordinator role for LEA, a complex space antenna project — suggesting a rapid move toward system-level manufacturing leadership rather than remaining a sub-contractor. With no keywords available across either period, the evolution is read from roles and project scope: the shift from being embedded in a materials research consortium to leading a large-scale hardware delivery project points to growing confidence in project management and systems integration alongside materials expertise.

FHP appears to be moving from materials-level participation toward coordinating complex space hardware projects, which suggests they are positioning themselves as a prime contractor for precision space structures rather than just a materials supplier.

How they like to work

FHP operates in both partner and lead roles, having coordinated one project and participated in another across just two H2020 engagements — an unusually fast transition to leadership for an SME. Their two projects collectively involved 24 unique partners across 9 countries, meaning they consistently work inside large, international consortia rather than small bilateral partnerships. This signals comfort with complex multi-partner coordination and a network that already spans European space and manufacturing research communities.

FHP has built a network of 24 unique consortium partners spanning 9 countries from just two projects, reflecting the large-consortium nature of both RIA projects they joined. Their network is European in scope, likely including major space agencies, research institutes, and industrial partners given the LEA and C3HARME project profiles.

What sets them apart

FHP is one of very few Portuguese SMEs that has both coordinated and participated in H2020 space-related manufacturing projects, combining materials science know-how with the ability to lead complex hardware delivery consortia. Their dual expertise — high-temperature ceramic composites and large precision antenna structures — is unusual and positions them at the intersection of advanced manufacturing and space systems, a gap few SMEs can credibly fill. For consortium builders, they bring Portuguese industrial capacity alongside demonstrated project leadership, which helps satisfy geographic diversity requirements without sacrificing technical depth.

Highlights from their portfolio

• LEA
  FHP coordinated the project to build the first European antenna exceeding 5 meters in diameter — a landmark space manufacturing achievement and the largest EC grant they received (€463,750).
• C3HARME
  This project placed FHP inside a major ceramic composites consortium targeting combustion and space environments, establishing their credentials in extreme-environment materials before they took on a coordinator role.