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Study on the Processing Technology of Bamboo Mat/Bamboo Particle Composite Board

机译:竹席/竹粒子复合板加工技术研究

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Small diameter bamboo and bamboo processing residues were cut into particles; bamboo particles and bamboo mat were constructed into a composite mat; the composite mat was hot-pressed to form a composite board. A study was made of the hot-pressing process for bamboo mat bamboo particle composite boards, taking its hot-pressing time, hot-pressing temperature and glue consumption as the process variables. An analysis of the variance and regression of the test results shows that, among the three variables, glue consumption has the largest effect on every quality index of the product, hot-pressing time has less, and hot-pressing temperature has the least. Based on this, the optimal variables have been determined. Hot-pressing time is 70s/mm, hot-pressing temperature is 170°C, and glue consumption is 12%. Prediction and verification of the variables show that these variables are reasonable and helpful in bettering product quality. Advantage of the presented technology was to make full use of character of bamboo mat and bamboo particle, and to raise the rate of bamboo utilization.
机译:将小直径竹子和竹加工残留物切成颗粒;竹颗粒和竹席被构造成复合垫;热压复合垫以形成复合板。采用竹席竹颗粒复合板的热压工艺进行了研究,采用其热压时间,热压温度和胶水消耗作为过程变量。对测试结果的变化和回归的分析表明,在三个变量中,胶水消耗对产品的每个质量指数具有最大的影响,热压时间具有较少,热压温度最少。基于此,已经确定了最佳变量。热压时间为70s / mm,热压温度为170°C,胶水消耗为12%。变量的预测和验证表明这些变量是合理的,有助于更好的产品质量。本技术的优点是充分利用竹垫和竹粒子的特征,并提高竹利用率。

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