2019
DOI: 10.13057/nusbiosci/n110102
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Short Communication: Biodegradable of bio-composites made from Polylactid Acid (PLA) and cellulose fibers from oil palm empty fruit bunch

Abstract: Indrayani Y, Suryanegara L, Sagiman S,, Roslinda E, Marwanto. 2019. Short Communication: Biodegradable of bio-composites made from Polylactic Acid (PLA) and cellulose fibers from oil palm empty fruit bunch. Nusantara Bioscience 11: 8-11. Over the last two decades, plastic has become an integral part of people's everyday life. However, plastic is a material that difficult to be degraded in the environment. Due to environmental concern, it is indispensable to find environmentally friendly plastic materials. This… Show more

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“…PLA/selulosa dari serat TKKS untuk meningkatkan modulus young pada kosentrasi 5% selulosa, namun tensile strength lebih rendah daripada PLA murni hal ini disebabkan karena adhesi yang kurang baik, penambahan 5% selulosa akan meningkatkan degradibilitasnya disebabkan karena selulosa yang bersifat hidrofilik sehingga daya serap air yang tinggi [25]. Kosentrasi 60 gram PLA dengan 12 gram selulosa fiber TKKS kemudian ditambahkan 20 PHR (Per Hundred Resin) meningkatkan degradasi 0.55% pengujian [26].…”
Section: Biokomposit Plaunclassified
“…PLA/selulosa dari serat TKKS untuk meningkatkan modulus young pada kosentrasi 5% selulosa, namun tensile strength lebih rendah daripada PLA murni hal ini disebabkan karena adhesi yang kurang baik, penambahan 5% selulosa akan meningkatkan degradibilitasnya disebabkan karena selulosa yang bersifat hidrofilik sehingga daya serap air yang tinggi [25]. Kosentrasi 60 gram PLA dengan 12 gram selulosa fiber TKKS kemudian ditambahkan 20 PHR (Per Hundred Resin) meningkatkan degradasi 0.55% pengujian [26].…”
Section: Biokomposit Plaunclassified