For several decades, Axson has been developing its unique experiencein the formulation of polyurethane and epoxy materials for use in numerous industrial sectors.While in the vast majority of marine cases polyurethane boat resins are recommended for mock-ups and prototypes*, epoxy resins are essentially used in high-performance composite environments.
Axson now proposes a global solution shownhere in the development stages context… from model design to finished part … for the entire composites transformation chain:
z DEVELOPMENT OF MODELS
z CHOICE OF GELCOATS
z CHOICE OF LAMINATION
z CHOICE OF REINFORCEMENTS
z ASSEMBLY These innovating solutions are intended for all sectors of industries where enhanced performance associated with weight gain is a deciding factor.
NAUTICAL COMPOSITES
Axson presents a wide range of epoxy laminatingsystems meeting the specific demands of marineenvironments regarding the mechanical and environmental aspects. For users, what makes these products outstanding is their ease of use in optimal safety conditions regardless of the transformation processes selected for the development of models, moulds or fully assembled structures.
AERONAUTICAL COMPOSITES
AXSON product ranges integrate all the aeronauticssector specific demands and requirements regarding quality, reliability and security .These products are mainly used in the development of moulds and composite models on the ground, but more and more products are approved for aircraft internal fittings and are FAR25.853 approved.
OTHER INDUSTRIES
Apart from these two key sectors that constitute the greater part of the composites field, the performances of epoxy systems also concern a number of booming and innovative activity sectorssuch as Transport (railways, automobile, automobile racing), Energy (mainly
marine wind turbines,
tanks for boats and reservoirs), Construction (concretestructures and reinforcements), Sports and leisure (sports
marine equipment, yachting).
* Please refer to our Modelling brochure on our Internet site: www.axson.com