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Test Results PolyPlant®

The Tests Don’t Lie

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*ASTM6866 certification: tested and verified to have a substantial portion of its composition derived from natural origins. It provides assurance that the product’s ingredients are fully sourced from renewable resources rather than fossil fuels or synthetic chemicals. This certification is important for products that claim to be environmentally friendly or sustainable, as it demonstrates a commitment to reducing the reliance on non-renewable resources in their production.

ISO14855 certification: rigorously tested and verified for its ability to undergo ultimate aerobic biodegradation. This certification demonstrates that the product can be naturally broken down by microorganisms in the presence of oxygen, resulting in the production of carbon dioxide (CO2), water, and nutrients. Essentially, it confirms that the product has the capacity to biodegrade efficiently in aerobic environments, contributing to reduced environmental impact and waste management.

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At Fiberpartner, no customer is too small or too large. So, you can always count on us for service with a smile. If you need further details regarding our test results please book a meeting with  Jevgeni Pärg. 

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FAQ

Is PolyPlant® available today?

Yes, PolyPlant® is commercialy ready and scalable.

Is PolyPlant® compatible with other natural materials?

Yes, PolyPlant® blends well with other synthetic and natural fibers

What are the benefits of using PolyPlant® in manufacturing?

PolyPlant® offers a range of advantages:

  • enhances durability and versatility across applications
  • reduces reliance of fossil-based plastics
  • compatible with existing production setups
  • offers improved ductility and elasticity

Is PolyPlant® a fiber of the future?

Yes, PolyPlant® uses sugarcane-derived PLA as its main component, offering an alternative to traditional synthetic fibers.

Is PolyPlant® globally scalable?

Yes, PolyPlant® can be integrated into production facilities worldwide.

How is PolyPlant® made?

It consists of PLA pellets derived from sugarcane from Thailand combined with a biobased additive for enhanced performance.

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