A study of the effect of alkaline treatment on the tensile properties of sugar palm fiber.The fiber were treated using sodium hydroxide (NaOH) with 2%, 4% and 6% concentration solution for 1 hour soaking time. The purpose of treating fiber with alkali was to enhance the tensile strength and young modulus of single sugar palm fiber. The maximum tensile strength for untreated fiber is 63.05 MPa.The maximum tensile strength for occurred at 2% NaOH solution with 1 hour of soaking time, i.e 67.85 MPa. But, the maximum fiber for treated 4% NaOH solution with 1 hour of soaking time is 76.37MPa and for fiber treated 6% NaOH solution is 82.13 MPa
Composite materials with natural fillers have been increasingly used as an alternative to synthetica...
Composite materials with natural fillers have been increasingly used as an alternative to synthetica...
Composite materials with natural fillers have been increasingly used as an alternative to synthetica...
A study of the effect of alkaline treatment on the flexural properties of sugar palm fibre reinforce...
A study of the effect of alkaline treatment on the flexural properties of sugar palm fibre reinforce...
A study on the effect of alkaline treatment on tensile properties of sugar palm fibre reinforced epo...
The effects of alkaline treatment and a compatibilizing agent on the tensile properties of sugar pal...
This Study is devoted to the characterization of mechanical properties of a date palm Wood fiber (DP...
Natural fiber finds better inter-facial interaction with the matrix when treated with chemical agent...
A study on effect of chemical treatment on the tensile modulus and strength of single oil palm empty...
Publisher Copyright: © 2022 Taylor & Francis.Palmyra fibers are found to be the renewable and sustai...
Publisher Copyright: © 2022 Taylor & Francis.Palmyra fibers are found to be the renewable and sustai...
The effect of alkali pre-treatment (sodium hydroxide, NaOH) on the microstructural, mechanical, and ...
A study on the effect of alkalisaton using 3% NaOH solution was carried out on Flax, Kenaf, Abaca an...
Fique fibers were treated using Na(OH) solution at 5 w/v%, slack and under 1 N of tension, at room t...
Composite materials with natural fillers have been increasingly used as an alternative to synthetica...
Composite materials with natural fillers have been increasingly used as an alternative to synthetica...
Composite materials with natural fillers have been increasingly used as an alternative to synthetica...
A study of the effect of alkaline treatment on the flexural properties of sugar palm fibre reinforce...
A study of the effect of alkaline treatment on the flexural properties of sugar palm fibre reinforce...
A study on the effect of alkaline treatment on tensile properties of sugar palm fibre reinforced epo...
The effects of alkaline treatment and a compatibilizing agent on the tensile properties of sugar pal...
This Study is devoted to the characterization of mechanical properties of a date palm Wood fiber (DP...
Natural fiber finds better inter-facial interaction with the matrix when treated with chemical agent...
A study on effect of chemical treatment on the tensile modulus and strength of single oil palm empty...
Publisher Copyright: © 2022 Taylor & Francis.Palmyra fibers are found to be the renewable and sustai...
Publisher Copyright: © 2022 Taylor & Francis.Palmyra fibers are found to be the renewable and sustai...
The effect of alkali pre-treatment (sodium hydroxide, NaOH) on the microstructural, mechanical, and ...
A study on the effect of alkalisaton using 3% NaOH solution was carried out on Flax, Kenaf, Abaca an...
Fique fibers were treated using Na(OH) solution at 5 w/v%, slack and under 1 N of tension, at room t...
Composite materials with natural fillers have been increasingly used as an alternative to synthetica...
Composite materials with natural fillers have been increasingly used as an alternative to synthetica...
Composite materials with natural fillers have been increasingly used as an alternative to synthetica...