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    Home > Chemicals Industry > Rubber Plastic News > Canadian shoemaker launches first seamless trail running shoe with DSM's biobased Dyneema®

    Canadian shoemaker launches first seamless trail running shoe with DSM's biobased Dyneema®

    • Last Update: 2022-11-10
    • Source: Internet
    • Author: User
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    The first seamless trail running shoe from Norda Canada, made with DSM's bio-based Dyneema® fibers
    .

    Designed for runners, norda™ was founded to allow athletes to unleash their highest potential through innovation and cutting-edge technology
    .
    The brand's flagship product, norda™ 001, uses bio-based Dyneema® fibers to enhance the performance and sustainability of lightweight structures

    .

    The upper is constructed seamlessly from Dyneema® fabric, thanks to its inherent properties
    .
    Engineered at the molecular level, Dyneema® fibers offer high strength, low weight, water resistance and breathability, blending the technical performance of an ultralight material with an aesthetic design that doesn't sacrifice strength or durability

    .

    In addition to adding foot stability and a comfortable upper, Dyneema® fibers are used to increase abrasion resistance and lace elasticity - Dyneema® fibers are four times stronger than other standard lace materials such as nylon and polyester
    .

    “When we set out to design norda™ 001, our mission was to design a high-performance trail running shoe that was super durable and as sustainable as possible,” said norda™ co-founders Willamina and Nick Martire.
    Our goal, we had to go beyond the standard materials used in the footwear industry

    .
    We realized that the properties of bio-based Dyneema® outperformed everything else

    .

    In line with DSM's commitment to protecting people and the environment in which they live, bio-based Dyneema® has the same precise properties as conventional Dyneema®, with a carbon footprint 90% lower than regular HMPE
    .
    DSM's latest advances in fiber technology come from renewable bio-feedstocks, using a mass balance approach to further reduce reliance on fossil fuel resources, while still contributing to a more circular economy

    .

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