Composites Evolution Ltd

A world-leading supplier of sustainable composite materials

Improve Aesthetics

Improve Aesthetics

Biotex gives a natural look with similar performance to glass fibre

Enhance Fire Performance

Enhance Fire Performance

Ecopreg has equivalent fire performance to phenolics

Increase Damping

Increase Damping

Biotex Flax improves the damping of carbon fibre parts

Improve Health & Safety

Improve Health & Safety

Ecopreg and Biotex give a safer working environment

Reduce Costs

Reduce Costs

Biotex Flax in a carbon part reduces costs for the same performance

Reduce Weight

Reduce Weight

Use Biotex to reduce the weight of your parts

Reduce Environmental Impact

Reduce Environmental Impact

Biotex and Ecopreg materials are sustainable and renewable

High-Performance Sustainable Snowboard

Production

Composites Evolution worked closely with Magine, offering technical support – advising and assisting its team in choosing the best Biotex Flax fabric for the application. Magine selected Biotex Flax for its superior properties, excellent damping and its highly sustainable offering. Magine were pleased to see that the Biotex Flax snowboard performed well above the required standard. Magine also found that by using a clear polymer film top sheet over the Biotex Flax fabric they were able to keep the natural look of the flax fibre weave, therefore making the snowboard’s aesthetic properties reflect the sustainable nature of Biotex Flax.

Background

Based in Newfoundland, Canada, Magine Snowboards specialise in handcrafted snowboards. They are passionate about designing, developing and delivering lasting, quality snowboards. Snowboards are built using a sandwich construction, often using wood, glass fibre and various core materials. Magine wanted to develop a more sustainable snowboard for it’s environmentally concious community, without sacrificing the quality or ride characteristics. Magine worked in partnership with the Composites Innovation Center (CIC) in Winnipeg, Canada, the Natural Sciences and Engineering Research Council of Canada (NSERC), and the University of Winnipeg (UoW) to develop a sustainable bio-fibre composite snowboard. Magine were introduced to Composites Evolution as experts in sustainable materials.

Material Selection

The snowboard was built using a wood laminate core sandwiched between two layers of Biotex Flax 2x2 Twill 400gsm with a polymer film surface. The materials were bonded together using an eco-epoxy resin system.

Why Biotex Flax?

Composites Evolution’s materials allowed Magine to create a bio-fibre composite snowboard, improving its flex and ride response. A balance of aesthetics and performance.


Download this case study:

Composites Evolution Case Study - Magine Snowboard