LATEST PUBLICATIONS
SEARCA PBS 2021
Strategies for Effective Implementation of the CPAR Program - Building Up From the Gains: Lessons From the Improvements for Effective Implementation of the Community-Based Participatory Action Research Program (SEARCA-DA-BAR Policy Brief 2021)
WP-2019-06
Skills Needs Anticipation (SNA): Workplace Skills and Satisfaction (WSS) Baseline Survey of Select Employers in the Construction Industry
WP-2019-05
Strengthening Multi-employer Bargaining: Policies and Practices (Phase II)
WP-2019-04
Non-Hazardous Activities for Children: The Case of Banana and Sugarcane Supply Chains

LATEST AV MATERIALS
PIDS WB 2021-0905
7th Mindanao Policy Research Forum
PIDS WB 2021-0905
Annual Public Policy Conference Webinar 4: Robust and Healthy Workforce and Closing Program
PIDS WB 2021-0904
Annual Public Policy Conference Webinar 3: Green And Inclusive Recovery
PIDS WB 2021-0903
Annual Public Policy Conference Webinar 2: Ethical Business
Publication Detail
SEARCA DPS 2018-1: Effect of Microcrystalline Cellulose Reinforcement on Mechanical and Water Barrier Properties of Sugar Palm Starch Biocomposite Films

Novel biocomposite film materials, 100 percent environmentally friendly with microcrystalline cellulose (MCC) as reinforcement in sugar palm starch (SPS)-based thermoplastic matrix were prepared through casting method. The cellulose content in the composite films varied from 0 to 10 percent w/w. Using atomic force microscopy (AFM), the morphology of the composite films was analyzed. This work is focused on the effects of MCC content on the mechanical and water vapor permeability (WVP) properties of the composites. Incorporation of the MCC to the SPS matrix increased the tensile strength, while the elongation at break decreased with MCC loading. The tensile strength value for the composite with 10 percent w/w of MCC was found maximum (11.30 MPa). Adding 1 percent MCC content significantly reduced the WVP of the composite film by 66.41 percent compared with the neat SPS film. Overall, the incorporation of MCC in the SPS-based films improved the mechanical strength and water barrier properties of the environmentally friendly composite films.

Southeast Asian Regional Center for Graduate Study and Research in Agriculture
Authors Keywords
Mohd Sapuan Salit; sugar palm starch; biodegradable films; food packaging; environmental pollution; microcrystalline cellulose; biocomposite film materials;
Download PDF Number of Downloads
Published in 2018 and available in the SEARCA K-Shop or Downloaded 146 times since December 04, 2018
×
Please let us know your reason for downloading this publication. May we also ask you to provide additional information that will help us serve you better? Rest assured that your answers will not be shared with any outside parties. It will take you only two minutes to complete the survey. Thank you.


To use as reference:
If others, (Please specify):
Name: (optional)
Email: (required, but will not display)
Age:
Gender:
If Prefer to self-describe, please specify:
Level of Education:
Occupation:
If employed either part-time or full-time, name of office:
If others, (Please specify):
Would you like to receive the SERP-P UPDATES e-newsletter? Yes No
Use the space below if you have any comment about this publication or SERP-P knowledge resources in general.