Production of Bio-board and Its Mechanical Properties
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概要
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The purpose of this study was to utilize the biomass resources effectively. In order to apply biomass materials to food packing and agriculture instead of plastic materials, <I>Ulva pertusa Kjellman</I> was used to produce a biodegradable bio-board in this study. The producing process of a biodegradable board involves refining, defibrating, compression molding and drying. Technical evaluation of produced biodegradable bio-board shows a rupture stress in the range of 15.4 MPa to 73.2 MPa, which is 1.3~6.1 times stronger in comparison with the polystyreneplasticmaterialpresentlyusedinfoodpackingcontainer,andtheshrinkageofbio-boardsincreasedwith the decreaseofthemoisturecontent. Therefore, the useof bio-board asa substitute for oil-based plasticmaterialsin foodpackingcontainer,culturepansandmulchfilmistechnicallypossible.
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