International audienceThis work aims to prepare composites of polyamide 66 with vegetal fibers from curauá, jute, and flax. Alkaline treatment was conducted followed by silanization, improving the thermal properties of treated natural fibers. To reduce the processing temperature of polyamide 66, a combination of LiCl and N-butylbenzenesulfonamide was added to pure polyamide 66. It is shown that plasticizing polyamide 66 is one way to prepare composites with natural fibers using this high temperature polymer. The increase in elastic modulus of polyamide 66 and the decrease in strain at break were observed
Certain natural fibers have been attracting attention in order to mitigate the consumption of fossil...
Wood fibers vary in their properties across species, across trees of the same species, and within si...
An effective integration of natural fibers into engineering thermoplastics requires sufficient therm...
International audienceThis work aims to prepare composites of polyamide 66 with vegetal fibers from ...
© 2018 Society of Plastics Engineers Low-temperature compounding of natural fiber/thermoplastic comp...
The objective of this PhD Thesis is to prepare composites of polyamide with natural fibers, able to ...
Low-temperature compounding of natural fiber/thermoplastic composites via solid-state shear pulveriz...
The interest for the use of vegetal fibers as polymers reinforcement has recently increased because ...
Wood-plastic composites from bio-based polymers and wood fibers (bio-WPC) provide an improved sustai...
In this study, the reinforcement of bio-based Polyamide 11 (PA 11) with physico-chemically modified ...
AbstractWood-plastic composites from bio-based polymers and wood fibers (bio-WPC) provide an improve...
This study describes changes in the viscoelastic and thermal properties of composites made with vari...
Natural fiber composites were designed and optimized to achieve good mechanical properties and resis...
Thermoplastic polyamide 6 composites reinforced with flax fiber fabric and kraft pulp cellulose mat ...
International audienceThe use of lignocellulosic fibers derived from renewable resources as a reinfo...
Certain natural fibers have been attracting attention in order to mitigate the consumption of fossil...
Wood fibers vary in their properties across species, across trees of the same species, and within si...
An effective integration of natural fibers into engineering thermoplastics requires sufficient therm...
International audienceThis work aims to prepare composites of polyamide 66 with vegetal fibers from ...
© 2018 Society of Plastics Engineers Low-temperature compounding of natural fiber/thermoplastic comp...
The objective of this PhD Thesis is to prepare composites of polyamide with natural fibers, able to ...
Low-temperature compounding of natural fiber/thermoplastic composites via solid-state shear pulveriz...
The interest for the use of vegetal fibers as polymers reinforcement has recently increased because ...
Wood-plastic composites from bio-based polymers and wood fibers (bio-WPC) provide an improved sustai...
In this study, the reinforcement of bio-based Polyamide 11 (PA 11) with physico-chemically modified ...
AbstractWood-plastic composites from bio-based polymers and wood fibers (bio-WPC) provide an improve...
This study describes changes in the viscoelastic and thermal properties of composites made with vari...
Natural fiber composites were designed and optimized to achieve good mechanical properties and resis...
Thermoplastic polyamide 6 composites reinforced with flax fiber fabric and kraft pulp cellulose mat ...
International audienceThe use of lignocellulosic fibers derived from renewable resources as a reinfo...
Certain natural fibers have been attracting attention in order to mitigate the consumption of fossil...
Wood fibers vary in their properties across species, across trees of the same species, and within si...
An effective integration of natural fibers into engineering thermoplastics requires sufficient therm...