Comparative Study on Properties of Coir and Sisal Fibre Reinforced Composites

In conclusion, the increase in coconut fibre reinforces the polyester matrix composite and the maximum tensile strength is achieved at about 10% and 60% by weight of

Through the untreated sisal fibre composite’s SEM micrographs, it also can conclude that the interfacial adhesion between matrix-epoxy and untreated sisal fibre is very poor,

When sisal fibres were used as reinforcement for polyA- ESO, the tensile modulus improved from 0.4 GPa for neat polyAESO to 3.2 GPa for 40 vol.% sisal fibre reinforced

The results showed that the tensile strength, young’s modulus and percentage of elongation of sisal fiber reinforced polymer composite increased with increasing

The maximum tensile modulus of hybrid (sisal + jute + okra fiber) reinforced polymer composite is 8.7% higher than that of sisal fiber reinforced polymer

The distinctive properties of natural fibre reinforced concretes are improved tensile and bending strength, greater ductility, and greater resistance to cracking and

The distinctive properties of natural fibre reinforced concretes are improved tensile and bending strength, greater ductility, and greater resistance to cracking and

Where as in flexural and tensile strength test, the strength is maximum at 2% and gradually decreased when adding sisal fibre more than 2 % in concrete.. And also,