KANDUNGAN TAJUK PEMBENTANGAN
PEMBENTANGAN ABSTRAK
BUKTI PEMBENTANGAN
PERINGKAT PENERBITAN
SIJIL/DOKUMEN BERKAITAN
1 DESIGN AND DEVELOPMENT MINI
COMPRESSION MOLDING FOR TEACHING
AND LEARNING
PROGRAM : INTERNATIONAL MALAYSIA ACADEMIC
ASSOCIATION CONGRESS SYMPOSIUM 2019 (iMAACs 19)
TARIKH : 25-26 SEPTEMBER 2019
TEMPAT : POLITEKNIK SULTAN MIZAN ZAINAL ABIDIN
2 A REVIEW ON FIBER ORIENTATION OF
NATURAL FIBER REINFORCED POLYMER
COMPOSITE
PROGRAM : MALAYSIA TVET ON RESEARCH VIA
EXPOSITION (MATRIX’17)
TARIKH : 13-14 NOVEMBER 2017
TEMPAT HOTEL UITM, DUNGUN
Compression molding is a major technology in the plastic industry, and the one of the original
processing techniques for manufacturing plastic. The current study was aimed to design and fabrication
of mini compression molding machine for use in laboratory workshop or education institution. This
machine was designed and fabricated to reduce the cost of expensive purchasing and cost maintenance
of compression molding machines used in the industry. Mini compression molding provides for study of
implemented to facilitate the production process of plastic products according to the mold provided.
This machine used an oven as a heater to melt the resin in the mold provided and car jack as pressure
to compress the resin after melting. The parameter has been considered is a temperature and pressure
of the process of flow raw material into the cavity and period of melting. Based on the test, the
optimize of temperature suitable for heating the polypropylene plastic (PP) to melt is at 250°C, while
the best time to melt of at 250°C is within 15 minutes. From the results obtained based on the quality
of mold produced by the mini compression molding machine, the fabricated machine performance was
satisfactory and can be used locally institution and industrially in small scale. This Mini compression
molding used in Manufacturing lab in PSMZA for subject of DJF2012 (Manufacturing Workshop
Practice 2) as development aids in Teaching and Learning.
Keywords: Compression molding, plastic product, parameter, teaching and learning, ABSTRACT
Nowadays, natural fibers have attracted researches to study and develop new properties of composite for
recent technology. As ecological and environmentally friendly materials, natural fibers have been widely
utilized in manufacturing, automotive and construction industries. Fiber orientation has been found to be
one of the important aspects to have excellent mechanical properties in composite. Woven fiber exhibit
better tensile and flexure strength compared to longitudinal oriented and random oriented fiber in natural
fibers reinforced polymer composite. This paper reviews the reported studies on various fibers orientation
in natural fibers reinforced polymer composite. Thus, with this article, researches can design new
composites on excellent fiber orientation. ABSTRACT
Key Words: Natural fiber; orientation; mechanical properties
BUKTI PEMBENTANGAN 1
(iMAACS 19)
BUKTI
PEMBENTANGAN 2
(MATRIX’17)
Journal of Education and Social Sciences Proceeding on the Malaysia TVET on
Review, Vol. 1, No. 2, 2020, pp. 48-53 Research via Reposition 2017
ISSN: 2720-8915 (Print)
ISSN: 2720-8923 (Electronic)
PEMBENTANGAN
2
PEMBENTANGAN
1
Journal homepage: http://apps2.psmza.edu.
https://jurnal.iicet.o my/matrix/eproceeding/
rg/index.php/essr
SIJIL
PEMBENTANGAN
iMAACs 19
SIJIL
PEMBENTANGAN
MATRIX 17