Effects of Manufacturing Technology on Properties of MDF from Bamboo and Wood
- Issue 3, Pages: 7-10(2000)
DOI: 10.19455/j.mcgy.2000.03.002
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1. Southwest Forestry College
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[1]吴章康,张宏健,黄素涌,员永生.竹木复合中密度纤维板工艺条件的研究[J].木材工业,2000(03):7-10.
WU Zhang kang, ZHANG Hong jian, HUANG Su yong, et al. Effects of Manufacturing Technology on Properties of MDF from Bamboo and Wood. [J]. China Wood Industry (3):7-10(2000)
研究了竹木纤维混合比、压缩比和纤维筛分值等工艺条件对竹木复合中密度纤维板性能的影响。结果表明 ,在合适的工艺条件下 ,可以生产出具有优良性能的竹木复合中密度纤维板。竹木复合中密度纤维板的静曲强度、弹性模量和吸水厚度膨胀率随竹木纤维混合比的增大而增大 ;而平面抗拉强度在 0 / 1~ 1 / 1范围内随竹木纤维混合比加大而降低 ,到混合比为 1 / 1时 ,IB最小。板的静曲强度、弹性模量、平面抗拉强度和吸水厚度膨胀率随压缩率的增大而增大。以粗长纤维制备的竹木复合中密度纤维板的静曲性能优于细纤维制备的板材 ,但 IB低 ,吸水厚度膨胀率增大
The effects of fiber ratio of bamboo to wood, compression ratio and fibers screening distribution on properties of MDF from bamboo and wood(BW MDF)were studied with single factor analyzing method. Experimental results showed:high grade BW MDF could be produced under proper technological conditions. MOE,MOR and TS of the board increased with decreased IB when the ratio of bamboo fibers to wood fibers grew. IB was the lowest when the ratio equaled l. MOE,MOR,IB and TS of the board increased with growing of compression ratio. In general, the quality of the board made of more fine fibers whose fiber screening distribution mostly concentrated in 28~90 mesh were better than that made of longer and course fibers whose fiber screening distribution mostly concentrated in 2~20 mesh and 5~28 mesh.
竹木复合中密度纤维板竹木纤维混合比压缩比纤维筛分值
BW MDFFiber ratio of bamboo to woodCompression ratioFibers screening distribution
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