Are you looking for new and sustainable materials to improve the environmental profile of your heat seal coatings? Replacing unsustainable polymers and avoiding harmful microplastics? Complying with tightening packaging regulations?

Our heat seal coatings are derived from a sustainable raw material – responsibly sourced forests and pulp industry side streams. Bio-based alternative to plastics slashes reliance on fossil materials and boasts a carbon footprint of just 0.677 kg CO2eq/ton. Moreover, Ecohelix coatings can enable monomaterial structures with selected board grades. This improves recyclability and reduces waste. Ecohelix empowers you to meet tightening material regulations and chart a course towards a more sustainable future.

  • Enables wood-based paper/board solutions
  • Potential to enable mono-material certification with paper/paperboards
  • Excellent recyclability with 100/100 score in CEPI Standard Mill Test
  • Low environmental impact
  • Grammage: 10-20 (g/m2)
  • Heat-sealing time: 0,5-3 s
  • Heat-sealing temperature: 100-180 (°C)
  • Kit value: 12
  • Grease resistance: full resistance
  • WVTR: 13-30 g/m2 d

  • Non-mutagenic (Eurofins STUGC21AA1865-2)
  • Low CO2 emissions, 0,677 kg CO2eq/kg or -0,104 kg CO2eq/kg with biogenic uptake (Ecohelix LCA Data GWP100 Value)
  • 98% biobased content (Dincertco certificate nr. 8C243)
  • Does not form nanoparticles
  • Non-food flexible packaging
  • Packaging materials in e-commerce, personal care&cosmetics, industrial and agriculture packaging

Contact

For further information and samples, please contact Ecohelix Sales/Daniel Jonsson

daniel@ecohelix.se

tel: +46 79 336 3530

THE BLOG

LATEST RELEASE

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Why Repulpability Is Essential for Paper&Board Recycling?

In this blog post we summarize the importance of recyclability in packaging materials and outline the concept of repulpability testing: what it means in practice, why it is important, how it is tested, and the interpretation of the results. Repulpability Defined: Unlike general recyclability, repulpability specifically measures how effectively a material disintegrates into individual fibres … Read more

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•••

Pre-study on using Ecohelix WOODMER as battery material

Ecohelix and RISE Research Institutes of Sweden collaborated on a preliminary study to explore the potential of Ecohelix WOODMER®, a bio-based polymer, as a battery material. The project was titled “Improving the performance of Li-Ion battery anodes with sustainable WOODMER®”. Ecohelix WOODMER® is a novel, high-performance, wood-derived polymer offering a sustainable alternative to fossil-based polymers. … Read more

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Ecohelix is a finalist at Sustainable Packaging Awards

Ecohelix has been selected as a finalist for Packaging Europe’s prestigious Sustainability Awards in the Renewable Materials (pre-commercial) category. We sent our WOODMER® Seal heat seal coating solution to the competition and are in the finals with other substantially excellent packaging sector innovations. Our forest-derived heat seal coating solution enables completely fibre-based packaging, origins from … Read more

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98%

GREENHOUSE GAS EMISSION AVOIDANCE COMPARED TO COMPETITION

10 000 t/a

LARGE SCALE PRODUCTION CAPACITY

10

YEARS OF RESEARCH

NORDIC EXCELLENCE IN
WOOD-BASED BIOPOLYMERS

“Join us in the journey to make our every day life more sustainable. There is still time to change the direction”

Founder & CEO

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