Cellulosic fibre composite compounds based on hemp and flax fibres in triethyl citrate plasticised starch acetate were prepared by melt processing. Composites were prepared with fibre contents up to 50w%. A stiffness of 8.3 GPa and stress at maximum load of 51 MPa were obtained with 40w% flax fibre in a plasticised starch acetate with 20w% triethyl citrate. An almost linear relation between fibre content and the tensile properties was found. The impact strength of the composites was increased with the plasticiser content. The porosity content was low even at high fibre content.Godkänd; 2008; Bibliografisk uppgift: USB; 20081010 (joffe
The aim of this study was to evaluate the potential of the fibrous material obtained from ethanol-wa...
Natural fibers have recently attracted the attention of scientists because of their properties of lo...
Hemp fibre reinforced polyester composite plaques were made using two layers of non-woven randomly o...
Cellulosic fibre composite compounds based on hemp and flax fibres in triethyl citrate plasticised s...
Composite compounds based on hemp and flax fibers in triethyl citrate plasticized starch acetate wer...
Composite compounds of triethyl citrate plasticised starch acetate and natural fibres (hemp and flax...
In this experimental study, the performance of injection-molded short flax and hemp fibers in plasti...
Composite compounds based on triethyl citrate plasticized starch acetate and hemp and flax fibers we...
Thermoplastic starch (TPS) from industrial non-modified corn starch was obtained and reinforced with...
The aim of this review is to show the relationships between the structure, processing and properties...
Cellulose acetate butyrate biocomposites, plasticized with tributyl citrate at volume fraction Vf = ...
ve the mechanical properties of the composite. The aim of this work was to develop and characterize ...
In the study, the effect of process steps, melt viscosity and fiber type on the fiber length of bioc...
In the present study new combinations of fibres and resins from renewable resources are used as cons...
Though there has been a great deal of work concerning the development of natural fibers in reinforce...
The aim of this study was to evaluate the potential of the fibrous material obtained from ethanol-wa...
Natural fibers have recently attracted the attention of scientists because of their properties of lo...
Hemp fibre reinforced polyester composite plaques were made using two layers of non-woven randomly o...
Cellulosic fibre composite compounds based on hemp and flax fibres in triethyl citrate plasticised s...
Composite compounds based on hemp and flax fibers in triethyl citrate plasticized starch acetate wer...
Composite compounds of triethyl citrate plasticised starch acetate and natural fibres (hemp and flax...
In this experimental study, the performance of injection-molded short flax and hemp fibers in plasti...
Composite compounds based on triethyl citrate plasticized starch acetate and hemp and flax fibers we...
Thermoplastic starch (TPS) from industrial non-modified corn starch was obtained and reinforced with...
The aim of this review is to show the relationships between the structure, processing and properties...
Cellulose acetate butyrate biocomposites, plasticized with tributyl citrate at volume fraction Vf = ...
ve the mechanical properties of the composite. The aim of this work was to develop and characterize ...
In the study, the effect of process steps, melt viscosity and fiber type on the fiber length of bioc...
In the present study new combinations of fibres and resins from renewable resources are used as cons...
Though there has been a great deal of work concerning the development of natural fibers in reinforce...
The aim of this study was to evaluate the potential of the fibrous material obtained from ethanol-wa...
Natural fibers have recently attracted the attention of scientists because of their properties of lo...
Hemp fibre reinforced polyester composite plaques were made using two layers of non-woven randomly o...