Many companies face growing challenges in meeting carbon footprint targets, navigating complex regulations, and addressing end-customer demands for more sustainable materials.
With a comprehensive portfolio of lower carbon footprint materials—including bio-based, recycled options, and “drop-in” alternatives that require no redesign—combined with tailored sustainability expertise and early co-development support, a range of solutions is available to help achieve your sustainability goals.
Explore how to elevate your sustainability journey by partnering with us today!
With our commitments to achieving 100% renewable electricity by 2030, significantly reducing greenhouse gas emissions, and offering a broad portfolio of bio and/or recycled based materials, we are working hard to fulfil our role and responsibility within the value chain.
As a participant in the United Nations Global Compact, the world’s largest corporate sustainability initiative, efforts are geared toward offering a portfolio of bio-based and recycled alternatives by 2030, making it easier to align with your sustainability objectives and drive positive change together.
*Scope 1+2 reduction vs 2016
by 2030
by 2030
A new life in PA6 for end-of-life fishing nets
PA6 from post-consumer plastic waste (pyrolysis)
PA6/PA66 with post-industrial glass fiber
PBT with post-industrial glass-fiber (ECO) and in addition post-consumer PET (ECO T)
Mechanical recycled PBT
Recycled PET from post-consumer plastic waste (feedstock recycling)
Bio-based polyamide PA410, based on castor oil
Bio-based polyamide PA46, partly based on castor oil
High temperature polyamide with bio-content, partly based on castor oil
Bio-based thermoplastic co-polyester (TPE), partly based on rapeseed oil
100% bio-based composites from polylactic acid or PA1010 and flax fibres
100% bio-based PA410 (partially mass-balanced)
First high temperature polyamide, bio-based by mass-balancing approach
Biomass waste mass balanced (100% bio-based)
Thermoplastic co-polyester (TPE), bio-based by mass-balancing approach
Combining PA6 from biomass or bio-waste with post-industrial glass fiber
Direct and easy access to our broad portfolio of high-performance plastics: explore our bio- and/or recycled-based grades or order a sample. You can also simply ask our sustainability experts.
Günter Margraf, Director of Sustainability for Envalior.
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