林业机械与木工设备
林業機械與木工設備
임업궤계여목공설비
FORESTRY MACHINERY & WOODWORKING EQUIPMENT
2013年
12期
17-19
,共3页
王春霞%崔立东%刘浩阳%张晶%张长武
王春霞%崔立東%劉浩暘%張晶%張長武
왕춘하%최립동%류호양%장정%장장무
重组竹%浸渍%压制工艺
重組竹%浸漬%壓製工藝
중조죽%침지%압제공예
reconsolidated bamboo%impregnation%pressing technology
采用均匀设计方案对不同浸渍条件下重组竹的压制工艺进行优化，对重组竹的含水率、内结合强度、膨胀率和游离酚含量进行测定，最终确定重组竹压制的理想工艺参数为浸胶浓度18%、浸胶时间10min、固化温度115℃。
採用均勻設計方案對不同浸漬條件下重組竹的壓製工藝進行優化，對重組竹的含水率、內結閤彊度、膨脹率和遊離酚含量進行測定，最終確定重組竹壓製的理想工藝參數為浸膠濃度18%、浸膠時間10min、固化溫度115℃。
채용균균설계방안대불동침지조건하중조죽적압제공예진행우화，대중조죽적함수솔、내결합강도、팽창솔화유리분함량진행측정，최종학정중조죽압제적이상공예삼수위침효농도18%、침효시간10min、고화온도115℃。
A uniform design plan is used to optimize the pressing process of reconsolidated bamboo under different impregnation conditions and measure the water moisture, internal bond strength, swelling rate and free phenol content of reconsolidated bamboo, finally determining the ideal process parameters of reconsolidated bamboo pressing process as follows:dipped concentration, 18%;dipping time, 10min;curing temperature,115℃.
