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| V.35,no.4,Dec 2023 |
| https://doi.org/10.5764/TCF. |
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| Journal |
Textile Coloration and Finishing |
Year / Vol.,
Issue, Month |
2021 / V.33,no.3,Sept |
| Title |
Comparative Study of Mechanical and VOC Properties According
to Manufacturing Conditions of Glass Fiber/Bamboo Fiber/PP
Composites |
| Authors |
Su-kyoung Lee1,2, Tae-sung Park2, and Seung-kook An1 |
| Institution/Affiliations |
1Pusan National University, 2Korea Institute of Footwear and Leather Technology |
| Pages/Total page |
pp.153 ~ 160 / 8 |
| Language |
Korean |
| Abstract |
In this study, composite materials were prepared by varying the content of
glass fiber and bamboo fiber in PP/glass fiber/bamboo fiber. Experiments were
conducted to confirm the mechanical properties(tensile, impact and burst strength) and
volatile organic compound content of the bamboo fiber composite prepared under these
conditions. An improvement in the main properties was observed at a fiber content of
30wt%. When the fiber fraction was increased above 30wt%, the mechanical properties
tended to decrease due to the agglomeration of fibers at higher load fractions. In
addition, the content of volatile organic compounds increased as the content of bamboo
fibers increased, which is thought to be due to the volatile organic compounds
generated during the manufacturing process of the composite material being present in
the composite material without escaping from the pores of the bamboo fibers and
volatilizing at a certain temperature. As a result of confirming the physical properties
of the composite, it is considered that the optimal mixing condition is 30wt% of
bamboo fiber for the composite produced by varying the amount of bamboo fiber
composite. In the future, it is thought that follow-up experiments to confirm and
improve the pre-treatment conditions for reducing the content of volatile organic
compounds in the manufactured composite material are possible. |
| Keywords |
volatile organic compound, bamboo fiber, measurement condition,
mechanical, sampling bag |
| Download |
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| Reference |
http://koreascience.or.kr/journal/OSGGBT.page?&lang=ko |
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