International Conferences on Composite Materials

International Conferences on Composite Materials

https://composite-materials-conferences.sciencefather.com

Award Nomination - https://x-i.me/compram1

Abstract Submission - https://x-i.me/compabst2


Aluula introduces lightweight composite materials for wind sports and beyond



Advanced materials technology firm Aluula Composites Inc. (Victoria, British Columbia, Canada) introduces a range of ultra-strong lightweight fabrics that combine with polymer films in a patented fusion process to increase performance in windsports and other applications.

Founded in 2019, Aluula is the brainchild of chemists and engineers with a passion for outdoor sports. The initial objective was to engineer materials that would better serve kiteboarding and the quickly growing wing foiling market. Both markets had inherited legacy materials and seaming techniques from the sail industry, and technical and material developments had stalled. However, surging interest in these wind sports started driving innovation and development of new materials. The Aluula Composites team set out to develop materials with kiteboarding weight, strength and performance objectives in mind, as well as toughness and ability to withstand harsh sun and abrasive beach environments.

The resulting product line, according to Aluula, is a new class of composite materials built from components with eight times the strength-to-weight ratio of steel, and yet are lighter than nylon, polyester or aramid. Aluula’s technology combines one of several Aluula Core fabrics with one of the company’s technical films, via its patented Aluula Fuse process. 

Aluula Cores are said to be proprietary formulations of 100% ultra-high molecular weight polyethylene (UHMWPE). These include Aluula Gold GC-82, an 82-gsm fabric used within wind sports for lightweight, rigid airframe structures, and ultra-durable, lightweight Aluula Durlyte HH-140 for reinforcing airframe seaming.

Aluula Fuse is a fusion process for binding high-tech fabrics and technical films together without the use of heavy glues. This process is said to result in a stronger, lighter material that will not delaminate and is less susceptible to UV and general abuse. Fusing materials without glues in this way is also said to make the fabrics recyclable at their end of life (EOL).

Alongside developing new fabrics and films to suit different needs, the company also says it can develop customized materials for unique applications.

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