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Effect of technology factors on the resin impregnation results of Poplar

机译:技术因素对杨树树脂浸渍结果的影响

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Aimed to improve the properties of Poplar, this study, taking phenol-formaldehyde resin (PF) and urea-formaldehyde resin (UF) as impregnation resin, probed the effect of the technology factors-vacuum time, solid content of resin, impregnation temperature and time on the impregnation results of Poplar, and the relationship between the resin and the wood was researched through infrared spectrum. The weight percent gain (WPG) of test-pieces increased with vacuum time extending, and WPG of the test-pieces were greatest when the solid content of resin was 30%, and the impregnation temperature was 25-30°C. when the impregnation time extended from 3 h to 9 h, WPG of the test-pieces presented increase trend which wasn't obvious. In this wood impregnated resin, the reaction between the resin and the hydroxy in wood formed ether bond binding, which proved that the resin and the wood occurred the chemical reaction.
机译:旨在改善杨树的性质,本研究,服用酚醛树脂(PF)和尿素 - 甲醛树脂(UF)作为浸渍树脂,探讨了技术因素 - 真空时间,树脂固体含量,浸渍温度和尿液含量的影响杨杉的浸渍结果的时间,通过红外光谱研究树脂和木材之间的关系。当树脂的固体含量为30%时,试验件的重量百分比增益(WPG)随着真空时间延伸而增加,并且在浸渍温度为25-30℃时,试验片的WPG最大。当浸渍时间从3小时延伸到9小时时,WPG的测试件呈现出不明显的趋势。在该木材浸渍的树脂中,树脂与木材中的羟基之间的反应形成为醚键结合,这证明了树脂和木材发生了化学反应。

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