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Poly-IQ GmbH Successfully Obtains RecyClass Certification
We are pleased to announce that Poly-IQ GmbH has successfully achieved RecyClass certification.
This certification marks a significant milestone in our ongoing commitment to embedding sustainability and transparency into our core business operations. As a commercial partner in the plastics industry, we aim to actively contribute to a functioning circular economy while providing our clients with verified and reliable material data.
As a trading company, the applicability of the certification is evaluated on a product-specific basis depending on the material supplied.
For specific inquiries regarding the RecyClass certification status of particular products within our portfolio, please contact our sales team or your designated key account manager.
We thank our partners for their continued trust and look forward to further advancing sustainable solutions together.
As part of her “NRW Innovation Tour 2026”, Ms Mona Neubaur, Minister for Economic Affairs and Climate Protection of North Rhine-Westphalia, visited us in Overath
As part of the ZIM collaborative project ‘naTHan’, we are working with the Polymer Laboratory at Cologne University of Applied Sciences to develop innovative plastic compounds for:
• Filament-based additive manufacturing
• Direct 3D printing using compounds without an intermediate filament step
• Thermally conductive engineering applications
Benefits:
• Replacement of metal components
• Weight reduction
• Design freedom through additive manufacturing
• Conservation of resources through recycling
• Functional integration
• Cost savings
• Corrosion-free
Funded by: Federal Ministry for Economic Affairs and Energy pursuant to a resolution of the German Bundestag
Photos: MWIKE NRW/Mark Hermenau
Sustainable 3D printing materials for technical applications
We are delighted to be working on the funded ZIM cooperation project “naTHan” together with the Polymer Laboratory at Cologne University of Applied Sciences.
The proposed project involves the development of plastic compounds for the production of filaments for 3D printing, as well as direct 3D printing from plastic compounds – without the intermediate step of filament production.
This is based on the use of material flows from recycling. In addition to the use of base polymers, 3D printing materials for higher-quality technical applications, such as thermally conductive 3D printing materials, are to be developed.
With the “naTHan” project, we are making an active contribution to combining technical performance, additive manufacturing, and sustainable material development – and are jointly driving forward innovative solutions for industrial applications.
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