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A platform for research: civil engineering, architecture and urbanism
Comparative study of oil palm trunk and rice husk as fillers in gypsum composite for building material
Graphical abstract Display Omitted
Highlights The potential and suitability of oil palm trunk as gypsum filler was evaluated. Extractive gives an effect on the setting time of gypsum paste. The optimum value for flexural and nail-pull hardness test of gypsum composite was at 20% oil palm trunk loading.
Abstract The physico-chemical analysis of bark-free oil palm trunk (OPT) in comparison with rice husk (RH) was evaluated for their suitability in building construction. The results showed insignificant differences in both chemical and proximate analysis of the two fillers. The optimum value for flexural and nail-pull hardness test was at 20% OPT loading. The OPT mixed gypsum composite shows good thermal stability suitable to be used as a new type of filler for the reinforcement of gypsum composite. The limitation however is its hygroscopic properties that might affects the dimensional stability of gypsum composite when contact with water.
Comparative study of oil palm trunk and rice husk as fillers in gypsum composite for building material
Graphical abstract Display Omitted
Highlights The potential and suitability of oil palm trunk as gypsum filler was evaluated. Extractive gives an effect on the setting time of gypsum paste. The optimum value for flexural and nail-pull hardness test of gypsum composite was at 20% oil palm trunk loading.
Abstract The physico-chemical analysis of bark-free oil palm trunk (OPT) in comparison with rice husk (RH) was evaluated for their suitability in building construction. The results showed insignificant differences in both chemical and proximate analysis of the two fillers. The optimum value for flexural and nail-pull hardness test was at 20% OPT loading. The OPT mixed gypsum composite shows good thermal stability suitable to be used as a new type of filler for the reinforcement of gypsum composite. The limitation however is its hygroscopic properties that might affects the dimensional stability of gypsum composite when contact with water.
Comparative study of oil palm trunk and rice husk as fillers in gypsum composite for building material
Selamat, Mohd Ezwan (author) / Hashim, Rokiah (author) / Sulaiman, Othman (author) / Kassim, Mohamad Haafiz Mohamad (author) / Saharudin, Nur Izzaati (author) / Taiwo, Owolabi Folahan Abdulwahab (author)
Construction and Building Materials ; 197 ; 526-532
2018-11-01
7 pages
Article (Journal)
Electronic Resource
English
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