The simplified model
June 2019
The corresponding guidelines
June 2019
The public deliverable with more background information
June 2019
Bio4self Flyer digital
February 2017
First decoration trials on PLA
May 2017
Prototype organo sheets of self-reinforced PLA
June 2017
Analyzing, understanding and improving materials
August 2017
Bio4self Contribution Compounding of PLA
October 2017
Bio4self Contribution Compounding of PLA
November 2017
Bio4self Environmental and Economic Evaluation
January 2018
Bio4self Prototype Parts
January 2018
Bio4self Contribution Compounding of PLA
February 2018
Bio4self Contribution Compounding of PLA
April 2018
Bio4self Contribution Compounding of PLA
April 2018
Bio4self Contribution Compounding of PLA
June 2018
Bio4self Contribution Compounding of PLA
July 2018
Bio4self Contribution Compounding of PLA
July 2018
Bio4self Contribution Compounding of PLA
October 2018
Industrial Scale Up High Melting PLA
October 2018
Bio4self Environmental and Economic Evaluation
December 2018
Bio4self Lifetime prediction
March 2019
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Guy BUYLE , PhD
321 BE-9052 ZWIJNAARDE Technologiepark 7 CENTEXBEL
Phone +32 9 243 82 53
Mobile +32 492 737 619
Fax +32 9 220 49 55
BIO4SELF for ultra-strong bio-based composites. Fibre-based materials for non-clothing applications. Bio4self aims at fully biobased self-reinforced polymer composites (SRPC). Bio4self aims at fully biobased self-reinforced polymer composites (SRPC). Development self-functionalization of the material, aiming to induce inherent self-cleaning, self-healing and selfsensing properties.
The BIO4SELF is supported by Horizon 2020, the EU Framework Programme for Research and Innovation.