林业机械与木工设备
林業機械與木工設備
임업궤계여목공설비
FORESTRY MACHINERY & WOODWORKING EQUIPMENT
2014年
4期
32-33,36
,共3页
热压工艺%中密度纤维板%物理力学性能
熱壓工藝%中密度纖維闆%物理力學性能
열압공예%중밀도섬유판%물리역학성능
hot pressing technology%medium-density fiberboard%physical and mechanical property
将新型三聚氰胺-尿素-甲醛（MUF）共缩聚树脂应用于中密度纤维板的制备，考察不同热压温度、热压时间对中密度纤维板物理力学性能的影响。结果表明：在压力为4MPa、热压温度为110℃、热压时间为8min时，中密度纤维板的综合性能最优。
將新型三聚氰胺-尿素-甲醛（MUF）共縮聚樹脂應用于中密度纖維闆的製備，攷察不同熱壓溫度、熱壓時間對中密度纖維闆物理力學性能的影響。結果錶明：在壓力為4MPa、熱壓溫度為110℃、熱壓時間為8min時，中密度纖維闆的綜閤性能最優。
장신형삼취청알-뇨소-갑철（MUF）공축취수지응용우중밀도섬유판적제비，고찰불동열압온도、열압시간대중밀도섬유판물리역학성능적영향。결과표명：재압력위4MPa、열압온도위110℃、열압시간위8min시，중밀도섬유판적종합성능최우。
A new melamine-urea-formaldehyde (MUF) polymerizing resin is used in the preparation of MDF to find out the effect of different hot pressing temperature and hot pressing time on the physical and mechanical properties of MDF, with the result showing that in the case of pressure of 4MPa, hot pressing temperature of 110℃and hot pressing time of 8 min, the comprehensive performance of MDF is the best.
