Niken Subekti, MIPA Biologi and Priyantini Widiyaningrum, FMIPA Biologi and Tsuyoshi Yoshimura, - and Fidia Fibriana, - (2018) The Strength and Termite Resisteance Characteristics of Fiberboards Produced from The Renewable Bamboo Biomass. WOOD RESEARCH, 63 (3). pp. 409-418. ISSN 1336-4561

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Abstract

This study investigated the physical, chemical, and termite resistance characteristics of fiberboard made from the trunk fiber of five bamboo species (Giganto chloaapus, Gigantochloa atroviolacea, Giganto chloaatter, Dendrocalamus asper, and Bambusa vulgaris) and its suitability as a construction material. Five types of fiberboard with a target density of 0.8 g. cm-3 were prepared by using a hot-pressing system at a temperature of 180°C for 15 minutes. Fiberboards were examined for the bonding strength, lignin content, and morphological characteristics. Termite resistance characteristic of fiberboards was performed by three-week laboratory feeding trials against Coptotermes formosanus Shiraki and Incistermes minor Hagenas described in Japanese International Standard (JIS) K. 1571. The results showed that the strongest bonding characteristic was B. vulgarisfiberboard, followed by G. apus, G. atroviolacea, and G. atter. The highest lignin content presented in G. atter (29.23%), followed by G. atroviolacea (28.78%), 410 WOOD RESEARCH D. asper (26.60%), G. apus (26.48%), and B. vulgaris (23.87%). The lowest weight loss of bamboo fiberboard after termites’ assay was D.asper (7%). In conclusion, the fiberboard made from the fiber of bamboo trunk waste hasthepotency as a promising building material. However, alltypes of bamboo fiberboard would require additional protection for applicationin the area with a high number of termite nests.

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