Sisal fiber was extracted from Sisal leaves by enzymatic retting method. A portion of the fiber was subjected to alkali, benzoyl chloride and silane treatments. Sisal fiber composites were fabricated using unsaturated polyester resin, by hand lay-up technique using both the treated and untreated fiber. Tensile and flexural tests were conducted and evaluated on the composites. The morphology of the materials was studied using scanning electron microscopy (SEM). The fibre chemical modification improves its adhesion to the matrix as well as the mechanical properties of the composites.Keywords: Scanning Electron Microscopy, Sisal fiber, Tensile test, Unsaturated polyester resi
AbstractThe use of natural fibers as reinforcement in polymeric composites for technical application...
The properties of composites depend on type and properties of the fiber, fiber structure and treatme...
The properties of composites depend on type and properties of the fiber, fiber structure and treatme...
Sisal leaves were subjected to enzymatic retting method to extract the sisal fibre. A portion of the...
The effect of extraction by soil retting and chemical treatment on the mechanical properties of sisa...
The work described in this paper refers to the mechanical characterisation of sisal natural fibres c...
AbstractThe use of natural fibers as reinforcement in polymeric composites for technical application...
Different grades of sisal fibres (S3, STOW, and SUG) were immersed in five different treatment solut...
Different grades of sisal fibres (S3, STOW, and SUG) were immersed in five different treatment solut...
The present study investigates the effect of water absorption on the mechanical properties of untrea...
This paper presents an experimental study of epoxy and sisal fibre composites with and without potas...
In this work, composites based on a phenolic matrix and untreated- and treated sisal fibers were pre...
Improvement and effectiveness of polymers through reinforced materials coupled with environmental nu...
In this work, composites based on a phenolic matrix and untreated- and treated sisal fibers were pre...
Among all the natural fibers, sisal is widely used as yarns, ropes, twines, carpets etc. because of ...
AbstractThe use of natural fibers as reinforcement in polymeric composites for technical application...
The properties of composites depend on type and properties of the fiber, fiber structure and treatme...
The properties of composites depend on type and properties of the fiber, fiber structure and treatme...
Sisal leaves were subjected to enzymatic retting method to extract the sisal fibre. A portion of the...
The effect of extraction by soil retting and chemical treatment on the mechanical properties of sisa...
The work described in this paper refers to the mechanical characterisation of sisal natural fibres c...
AbstractThe use of natural fibers as reinforcement in polymeric composites for technical application...
Different grades of sisal fibres (S3, STOW, and SUG) were immersed in five different treatment solut...
Different grades of sisal fibres (S3, STOW, and SUG) were immersed in five different treatment solut...
The present study investigates the effect of water absorption on the mechanical properties of untrea...
This paper presents an experimental study of epoxy and sisal fibre composites with and without potas...
In this work, composites based on a phenolic matrix and untreated- and treated sisal fibers were pre...
Improvement and effectiveness of polymers through reinforced materials coupled with environmental nu...
In this work, composites based on a phenolic matrix and untreated- and treated sisal fibers were pre...
Among all the natural fibers, sisal is widely used as yarns, ropes, twines, carpets etc. because of ...
AbstractThe use of natural fibers as reinforcement in polymeric composites for technical application...
The properties of composites depend on type and properties of the fiber, fiber structure and treatme...
The properties of composites depend on type and properties of the fiber, fiber structure and treatme...