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Effect of Particle Size on Bamboo Particle Board Properties

机译:粒度对竹刨花板性能的影响

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摘要

In this work, bamboo chips ( Dendrocalamus asper ) were crushed according to four particle size classes (A = -35+40 mesh; B = -40+48 mesh; C = -48+60 mesh; D = -60+65 mesh) to produce particleboards with four different compositions (100%A; 75%A + 25% B; 50%A + 50%B; 25%A + 25%B + 25%C + 25%D). Each composition was considered a treatment. The aim was to verify the effect on the physical and mechanical properties of panels. The test methods and requirements to evaluate the properties were based on NBR 14810 Brazilian standard. The results showed that the particle size used in compositions showen no significant effect on moisture content, density, thickness swelling (24 hours), internal bonding or resistance to screw withdrawal (face and side) of panels. Significant effects were verified on water absorption (2 and 24 hours), thickness swelling (2 hours), MOR and MOE to static bending.
机译:在这项工作中,根据四个粒径等级(A = -35 + 40目; B = -40 + 48目; C = -48 + 60目; D = -60 + 65目)将竹片(Dendrocalamus asper)压碎。 )生产具有四种不同成分(100%A; 75%A + 25%B; 50%A + 50%B; 25%A + 25%B + 25%C + 25%D)的刨花板。每种组合物被认为是一种治疗。目的是验证对面板的物理和机械性能的影响。评估性能的测试方法和要求基于NBR 14810巴西标准。结果表明,组合物中使用的粒度对面板的水分含量,密度,厚度溶胀(24小时),内部粘结或抗螺钉抽出(正面和侧面)没有显着影响。验证了在吸水(2和24小时),厚度膨胀(2小时),MOR和MOE静态弯曲方面的显着效果。

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