Lightweight core material for durable infrastructure
The newly designed floating structure was commissioned by the TPM regional authorities, working in collaboration with the design firm Atelier 5, and designed by Olivier Philippot of LNM.
Lightweight core material for durable infrastructure
The newly designed floating structure was commissioned by the TPM regional authorities, working in collaboration with the design firm Atelier 5, and designed by Olivier Philippot of LNM.
Project name
Industry
Objective
The initial goal was to reduce the overall weight of the terminal and to build the lightest structure possible. To achieve this goal, a unique overhanging roof, based on a composite polyester sandwich system was designed to complement the mainly metal structure built by Transmétal Industrie.
The overall structure is 75 meters long and houses both the waiting halls and the ticket counters, and can accommodate up to 6 ferries at a time. Fiber composite sandwich panels made of polyester resin, multiaxial glass and structural SAERfoam core material were selected as the material for the roof structure.
1
Weight saving
2
Lightweight
3
Excellent impact resistance
The 400 m² roof, which is divided into several modular panels, was produced by Apples Composites in their factory in Marseilles using vacuum infusion. This low-density PU foam, reinforced with a 3D glass construction, is ideal for a wide range of applications in the civil engineering, automotive, truck cladding and marine sectors. The use of processes such as RTM (Resin Transfer Molding) or vacuum infusion, as in this project, allows structural sandwich panels to be produced easily and efficiently.
With the right density and glass-reinforced bridges following both panel directions, the mechanical properties can be tailored to the best possible weight-performance ratio, providing an extremely cost-effective solution compared to existing processes. To further simplify the use of this unique sandwich construction, the material can be supplied cut, kitted and “grooved” to improve the manufacturing process.
After a perfectly executed installation of the module panels, the project was completed on time and on budget and handed over to Transmétal Industrie in June 2013.
SAERTEX® components for marine propulsion systems - The engine and marine engine manufacturer Rolls-Royce is using SAERTEX® components for its...
SAERTEX® & CAPiTA - 100 % Clean Energy - The Austrian company CAPiTA, based in...
Handmade wakeboards made from carbon fiber - The North German company Schier Boards, which is based in Stade,...
Fiberglass fabrics for the automotive sector - Compositec (formerly Faurecia Automotive Composites) is one of the independent specialists...
High-performance skis with SAERTEX hybrid fiber layers - Fischer Sports is the world market leader in Nordic skiing and a...
The longest composite truss bridge in the world - The Paradis Bridge in a small suburb of Bergen,...
Fire protection solution made of NCF glass for the architectural icon in Madrid - British architects Foster +...
Reinforcement solutions for Contender Sailcloth® - Our internationally positioned customer Contender Sailcloth from the Netherlands supplies...
Lightweight platforms with plug-and-play composite solutions - „Développement Composite“ is a newly established company founded by a...
BARAT realizes fire-safe lightweight door solution for the STADLER SMILE train - BARAT has been...
Deutsch Deutsch 
English (UK)
Français
English
You are currently viewing a placeholder content from Vimeo. To access the actual content, click the button below. Please note that doing so will share data with third-party providers.
More InformationYou are currently viewing a placeholder content from YouTube. To access the actual content, click the button below. Please note that doing so will share data with third-party providers.
More InformationYou are currently viewing a placeholder content from Hubspot Meetings. To access the actual content, click the button below. Please note that doing so will share data with third-party providers.
More Information