ZEN50 WINS GUSSIES 2023 TROPHY WITH MEL COMPOSITES’ TECHNICAL SUPPORT AND MATERIALS.

ZEN50 WINS THE GUSSIES TROPHY 2023
IN ELECTRIC PRODUCTION BOAT CATEGORY
WITH MEL COMPOSITES’ TECHNICAL SUPPORT AND MATERIALS.

The ZEN50, designed and produced by ZEN Yachts, has been honoured with the coveted Gussies 2023 award in the Electric Production Boat category for vessels over 8 meters (26 feet). MEL Composites is proud to announce its role in the production of the ZEN50 as the main composite material supplier and infusion technical advisor.

The ZEN50, a zero-emission solar and wind-powered blue water catamaran, represents a groundbreaking leap in sustainable boating technology with advanced composites enabling the ability to sail continuously at cruising speeds of 6 to 10 knots, without requiring any fuel onboard.

MEL Composites is supplying the vinylester resins, carbon fibres and Corecell foam for the 50’ (15.7m) catamaran. MEL & ZEN teams work alongside to define the critical details for the build, including mechanical testing of sample laminates, and specifying the bespoke CNC cut core kits and process set-up for infusion. During the build, MEL technicians are on site at the shipyard, monitoring the infusion strategy and assisting the ZEN team throughout. Combining MEL Composites’ in-house resin infusion expertise, customised raw materials’ treatment and exceptional technical support, ensures the ZEN50’s structure weight remains under strict control, ensuring the new yacht matches its performance and environmental targets.

The Gussies 2023 award is a testament to the innovative stride made by ZEN Yachts with the support from MEL Composites, confirming the leading position of these companies in the journey to create sustainable, high-performance watercraft.

Winning the Gussies 2023 award in the Electric Production Boat category is a fantastic testament to the exceptional technology and engineering behind the ZEN50.

We are delighted to work with MEL Composites to achieve a high-quality build, helping to create environmentally friendly, zero-emission yachts for the future.

Julien Mélot

CEO, ZEN Yachts

MEL COMPOSITES HELPS SINGULAR AIRCRAFT NAVIGATE THE START OF THEIR JOURNEY INTO COMPOSITE

MEL COMPOSITES HELPS SINGULAR AIRCRAFT
NAVIGATE THE START OF THEIR JOURNEY INTO COMPOSITES

At MEL Composites, we find that on-site workshops are often the best way to understand our customers’ requirements with composites and pass on our technical expertise By taking our tailored courses direct to the customer, we can deliver composite training sessions that perfectly match the composite technology level of each customer.

Singular Aircraft, manufacturers of the FLYOX I – the world’s largest amphibious UAV – recently began a project to increase the number of composite parts used in their aircraft. The MEL Composites team was quickly on hand, providing material options, advice on a new cleanroom and production area for composites, and creating a 3 day training course for technical and manufacturing staff at Singular.

“A key part of a successful transition from metals to composites is understanding the most suitable technology level,” comments Eduardo Galofre, CEO, MEL Composites. “For Singular Aircraft, who are bringing production of lightweight composite parts in-house for the first time, vacuum bagged and infused components can provide impressive weight savings and excellent qualitywhilst avoiding the cost and complexity of setting up for autoclaved prepreg manufacturing.”

After a classroom introduction to composite materials and their processes, the Singular training moved to the workshop. Guiding Singular’s technicians through every step of the process, the MEL team supported the production of two composite wing parts. A solid laminate covering for the wing skin and a foam sandwich leading edge section were produced with vacuum infusion; the finished parts resulted in significant weight savings compared to existing aluminum parts.
“When a customer is relatively new to composites, we like to focus on the critical factors that will impact their success with the new process. We can take away a lot of the variables by supplying a package of high quality materials and consumables optimised for their process, and then we show them how important consistent control of lay-up techniques, workshop conditions and curing strategy is for a great result, time after time.”

Eduardo and the team at MEL Composites have helped us accelerate our production of composite materials. As part of our strategy to reduce the weight of our airframes and increase in-house component production, creating a robust, high-quality manufacturing process was vital to us.

The new composite wing skin and leading edge parts that we have worked on with MEL Composites are just the first step of our journey with lightweight composites. We’re now setting up the facility and tooling to expand our capability for additional monolithic and foam sandwich parts.

Miquel Colom

Singular Aircraft

NANOTURES & MEL COMPOSITES – WINNERS AT THE JEC AWARDS 2023

NANOTURES & MEL COMPOSITES
JEC AWARDS WINNERS

MEL Composites, a leading Spanish supplier of materials, engineering and technical support for the advanced composites sector, has announced its involvement in winning a JEC Innovation Award for its work supporting long term partner Nanotures on the composite roof for the new Real Madrid stadium.

Nanotures, working with MEL Composites and partners like Sicomin, Fibertex Nonwovens, Gavazzi, MAP Yachting, Composyst, Saertex and Sky Advanced Materials/Zoltek and DIAB (AEMAC members) has created multi-element structural composite support beams for the new Real Madrid Spanish football team stadium roof that is due to open later this year. The lightweight, sandwich-cored, 75m beams simplify the lifting and installation process as well as significantly reducing the weight and energy consumption of their displacement and elevation motors.

The JEC Innovation Awards are recognised as the composite industry’s most prestigious awards and Nanotures, along with its partners that include MEL Composites, has won the 2023 Innovation Award in the category – Building and Civil Engineering. The 2023 award winners were announced at a ceremony in Paris on the 2nd of March with the award being presented to Nanotures Senior Directors, Bartolomé Simonet and José María Lozano, alongside Eduardo Galofré, CEO, MEL Composites and Philippe Marcovich, president, Sicomin.

We have been a proud technical partner and materials supplier to Nanotures for many years and are delighted that the awards committee has recognised the significance of this composite infrastructure project..

MEL Composites is passionate about accelerating the adoption of composites in the architectural and civil engineering sectors, with projects like this latest Nanotures innovation playing a key role in highlighting the possibilities enabled by composites.

Eduardo Galofré

CEO, MEL Composites

DUQUE DE ALBA MARINE STRUCTURES

DUQUE DE ALBA MARINE STRUCTURES

MEL Composites worked with composite specialists Carbures on an innovative solution to expand operations of a cruise ship dock facility. A durable, low maintenance fiberglass construction was selected for the massive 13.5m high, 12m diameter, Duque de Alba mooring structures. MEL supplied PET foam, epoxy resins and glass fibres for the build as well as advising on infusion strategy.

The composite solution significantly reduced the time and complexity of the construction and installation phases of the project. Among the advantages offered by the use of composite materials are the reduced weight of the structure that facilitates easier positioning and installation, as well as its resistance to the particularly corrosive environmental conditions. In addition, the production process and the use of these materials are less harmful to the environment and allow a significant reduction in CO2 emissions versus a traditional concrete based solution.

IBERDROLA TOWER COMPOSITE STAIRCASE

COMPOSITES STAIRS
IBERDROLA TOWER

MEL Composites advised the contractor on critical aspects of the tender, contract and manufacturing process for a composite solution when the architects realized that a steel construction would not meet natural frequency requirements.