Bio-based TPE

Available immediately and worldwide: Thermoplastic Elastomers (TPEs) that have a variable proportion of renewable raw materials

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The THERMOLAST® R range of more sustainable solutions by is expanded by a line of products from renewable raw material sources. Bio-based TPEs also have a lower product carbon footprint than established alternatives that are not based on renewable raw materials.

Bio-based TPE with Adhesion to PP

 

  • Bio-content up to 71%
  • Hardness range from 30–85 ShA
  • Natural or translucent colors
  • Filled and unfilled versions
  • Colorable
  • Processing similar to fossil-based TPE
  • In-process recycling possible
  • Selected representatives are recyclable in the post-consumer waste stream
Fact Sheet | Bio-based TPE: Compounds based on Renewable Raw Materials with Adhesion to Polyolefins Download pdf / 0,52 MB

Bio-based TPE with adhesion to ABS/PC

 

  • Bio-content up to 55%
  • Hardness range from 40–85 ShA
  • Adhesion to polar thermoplastics e.g. ABS, PC
  • Natural color
  • Filled and unfilled versions
  • UL 94 HB (not listed)
  • Colorable
  • Processing comparable to fossil-based TPE
  • In-process recycling possible
Fact Sheet | Bio-based TPE: Compounds based on Renewable Raw Materials with Adhesion to Polar Thermoplastics Download pdf / 0,68 MB

Bio-based TPE with adhesion to PA

 

  • Bio-content ~63%
  • 60 ShA; further hardness adaption on request
  • Adhesion to Polyamides e.g. PA 6.6, PA
  • Natural color
  • Colorable
  • Processing comparable to fossil-based TPE
  • In-process recycling possible
Fact Sheet | Bio-based TPE: Compounds based on Renewable Raw Materials with Adhesion to Polyamides Download pdf / 0,54 MB
Dr. Tobias Brückner | Project leader | Advance Development

With our bio-based TPEs, we are closing a gap in our product portfolio and continue our path towards more sustainable TPEs. Our bio-based TPEs offer sustainable solutions whilst maintaining known performance and offering significant reductions of the product carbon footprint. We are looking forward to projects with these new materials, supporting the transition from fossil-based to more sustainable raw materials.

Dr. Tobias Brückner | Project leader | Advance Development

Advantages of Bio-based TPE

 



Biogenic Absorption

  • = Plants are taking up CO2 from the atmosphere
  • Positive effect on climate
  • Contributing to Circularity



PCF Reduction

  • The CO2 uptake can be accounted to the product carbon footprint
  • Reduction of up to 50%



Sustainability

  • Reducing finite raw material usage
  • Supporting the transition from fossil-based materials to renewable raw materials

Processability by Injection Molding

 

  • On standard equipment
  • Processing comparable to fossil-based TPE
  • Individual differences e.g. in flowability possible; lease refer to the processing guideline of the material
  • In-process recycling possible

OUR KNOW-HOW – YOUR ADVANTAGE

 

  • Contains renewable materials
  • Traceable bio-based/biogenic carbon content according to ASTM D 6866
  • Adhesion to Polyolefins, PC, ABS, PC/ABS or PA
  • Colorable
  • Processing comparable to fossil-based TPE
  • In-process recycling possible
  • Recyclable in post-consumer waste stream

HOW CAN WE HELP YOU?

Are you looking for a Bio-based TPE solution? Talk to us first!

Our experts are happy to answer any questions you have, as well as offer the right solution for your application.

Christina Havlicek-Stelzl

Market Manager Consumer

Christina Havlicek-Stelzl | Market Manager Consumer

Phone: +49 8638 9810-293

E-Mail: christina.havlicek@kraiburg-tpe.com 

Karin Maier

Head of Sales Industry EMEA

Karin Maier

Phone: +49 8638 9810-298

E-Mail: karin.maier@kraiburg-tpe.com

DISCOVER MORE of our sustainable Solutions

Product CARBON FOOTPRINT CALCULATOR

 

Calculate PCF

ISCC PLUS CERTIFICATION

TPE with the corresponding ISCC PLUS certificate (mass balance). 

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Sustainable TPE Solutions

THERMOLAST® R - TPE with recycled or bio-based content

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