Using branches waste as raw material of particleboard is one way to utilize whole parts of tree harvested. This research aimed to analyze physical and mechanical properties of binderless particleboard made from branches waste of several fast growing species from community forest. There were three species used in this study, namely, jabon (Antocephalus cadamba), lento-lento (Arthrophyllum diversifolium) and pulai (Alstonia spp). Binderless particleboard with a target density of 0.75 g cm-3 were manufactured through particle activation with hydrogen peroxide and catalyst. The boards were hot pressed at 180oC for 12 minutes. Physical and Mechanical properties of boards were determined based on Japanese Industrial Standard (JIS) A5908 2003. The results showed that only modulus of rapture of boards made from jabon and pulai, and internal bond of jabon boards met with JIS standard. There were no boards of lento-lento that fulfilled the standard. In general, the boards made from branches waste did not satisfy mechanical properties and dimenstional stability according to JIS.
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机译：使用树枝废料作为刨花板的原材料是一种利用整个采伐树木的方法。这项研究旨在分析由社区森林中几种速生树种的树枝废料制成的无粘合剂刨花板的物理和机械性能。这项研究使用了三种物种，分别是（Antocephalus cadamba），至伦托（Arthrophyllum diversifolium）和普莱（Alstonia spp）。通过用过氧化氢和催化剂进行颗粒活化，制造了目标密度为0.75 g cm-3的无粘结剂刨花板。将板在180℃下热压12分钟。根据日本工业标准（JIS）A5908 2003确定板材的物理和机械性能。结果表明，只有由日本和普莱制成的板材的破裂特性模量以及日本国内板材的内部粘合力均符合JIS标准。没有符合标准的lento-lento委员会。通常，由分支废料制成的板不满足JIS的机械性能和尺寸稳定性。
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