Modification on Fast-growing Chinese Fir   ——by Hotpressing after Impregnated with UF Resin

doi:10.19455/j.mcgy.2001.02.005

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Modification on Fast-growing Chinese Fir ——by Hotpressing after Impregnated with UF Resin
1. 浙江林学院!浙江临安,311300
2. 临安市林业局!浙江临安,311300
3. 遂昌北界林业站!浙江遂昌,323306
Issue 2, Pages: 14-16(2001)
DOI： 10.19455/j.mcgy.2001.02.005

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[1]钱俊,叶良明,余肖红,王国杜,林卫军.速生杉木的改性研究——UF树脂浸渍后热压法改性[J].木材工业,2001(02):14-16.

Modification on Fast-growing Chinese Fir ——by Hotpressing after Impregnated with UF Resin. [J]. China Wood Industry (2):14-16(2001)
[1]钱俊,叶良明,余肖红,王国杜,林卫军.速生杉木的改性研究——UF树脂浸渍后热压法改性[J].木材工业,2001(02):14-16. DOI： 10.19455/j.mcgy.2001.02.005.

Modification on Fast-growing Chinese Fir ——by Hotpressing after Impregnated with UF Resin. [J]. China Wood Industry (2):14-16(2001) DOI： 10.19455/j.mcgy.2001.02.005.

摘要

采用脲醛树脂（U F）浸渍后热压的方法 ,对速生杉木气干材进行改性。试验结果表明 :1.改性后杉木的静曲强度平均提高 42 % ,弹性模量平均提高 17% ,吸水率平均降低 45 % ,吸水厚度膨胀率基本无变化 ;2 .热压工艺中的压力对改性杉木的 MOR,MOE影响最大 ,树脂浸渍时间是影响其吸水率和吸水厚度膨胀率的主要因素。

Abstract

The fast growing Chinese Fir board was modified by hot pressing after impregnated with urea formaldehyde （UF） resin. The results were as follows: （1） the modulus of rupture （MOR） and modulus of elasticity （MOE） of modified Chinese Fir board were increased on an average by 42% and 17% respectively, the water absorption（ WA ） was decreased by 45% and the thickness swelling （TS） was no marked change; （2） the effects of hot pressing pressure on properties of MOR and MOE of board were quite obvious and the impregnating time in UF resin was the most effective factor on properties of water absorption and thickness swelling.

关键词

速生杉木改性脲醛树脂热压

Keywords

Fast growing Chinese FirmodificationUF resinHot pressing

references

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Synthesis of Glyoxal-urea（GU） Resin and Its Application in Rubberwood Modification

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相关机构

Ministry of Education （MOE）Key Laboratory of Wooden Material Science and Application， Beijing Forestry University

Innovation Center of Efficient Processing and Utilization of Forest Resources，Nanjing Forestry University

School of Materials Science and Engineering， Beihua University

Research Institute of Forestry New Technology

Institute of Chemical Industry of Forestry Products,Chinese Academy of Forestry (CAF),National Engineering Lab for Biomass Chemical Utilization

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