Composites of Natureworks PLA 3251D reinforced with Cordenka® man-made cellulose rayon fibers processed by injection molding show enhanced mechanical properties compared to the neat resin. The composites feature a balanced performance of both favorable tensile and impact properties. The composites' raw materials are available on industrial scale and industrial capabilities for the compounding are existing. The presentation introduces Cordenka® fiber properties and current applications in the fields of tire and hose reinforcement. It reports of compounding and processing experiences with PLA-Cordenka® composites and gives detai Is on the composites' performance. Concluding remarks give an outlook on industrialization scenarios
AbstractAiming a biobased composite, the polymer PLA (polylactide) was selected for matrix material....
For many applications, natural fibers provide reinforcement properties at lower cost, lower density,...
For many applications, natural fibers provide reinforcement properties at lower cost, lower density,...
The present chapter considers the possibilities of reinforcing thermoplastic matrix materials with c...
Cellulose rayon reinforcement is a viable biobased option to improve the mechanical properties of PL...
Biobased thermoplastics, such as poly(lactic acid), have attracted much attention in recent years as...
It has been demonstrated that natural fibers, such as flax and hemp for example, have mechanical pro...
In the present study new combinations of fibres and resins from renewable resources are used as cons...
VTT has developed totally bio-based and compostable PLA – wood fibre com-posite material to be utili...
Biodegradable composites based on natural fibre reinforced PLLA for injection moulding applications ...
Bio-composites have been formulated by exploiting post-industrial PLA derived from thin film product...
The objective of this study was to fabricate and assess the structure and mechanical performance of ...
Poly(lactic acid) (PLA) is one of the most promising renewable polymers to be employed in the automo...
The subject of this project is to study spun cellulose fibers made by Spinnova Oy inFinland. The fib...
Owing to the increasing global population and more widespread industrialisation (particularly with r...
AbstractAiming a biobased composite, the polymer PLA (polylactide) was selected for matrix material....
For many applications, natural fibers provide reinforcement properties at lower cost, lower density,...
For many applications, natural fibers provide reinforcement properties at lower cost, lower density,...
The present chapter considers the possibilities of reinforcing thermoplastic matrix materials with c...
Cellulose rayon reinforcement is a viable biobased option to improve the mechanical properties of PL...
Biobased thermoplastics, such as poly(lactic acid), have attracted much attention in recent years as...
It has been demonstrated that natural fibers, such as flax and hemp for example, have mechanical pro...
In the present study new combinations of fibres and resins from renewable resources are used as cons...
VTT has developed totally bio-based and compostable PLA – wood fibre com-posite material to be utili...
Biodegradable composites based on natural fibre reinforced PLLA for injection moulding applications ...
Bio-composites have been formulated by exploiting post-industrial PLA derived from thin film product...
The objective of this study was to fabricate and assess the structure and mechanical performance of ...
Poly(lactic acid) (PLA) is one of the most promising renewable polymers to be employed in the automo...
The subject of this project is to study spun cellulose fibers made by Spinnova Oy inFinland. The fib...
Owing to the increasing global population and more widespread industrialisation (particularly with r...
AbstractAiming a biobased composite, the polymer PLA (polylactide) was selected for matrix material....
For many applications, natural fibers provide reinforcement properties at lower cost, lower density,...
For many applications, natural fibers provide reinforcement properties at lower cost, lower density,...