| 细木工板生产线的工艺设计特点 |
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| 引用本文： | 濮安彬,陆仁书.细木工板生产线的工艺设计特点[J].木材工业,1997,11(3):28-30. |
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| 作者姓名： | 濮安彬 陆仁书 |
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| 作者单位： | 东北林业大学，兴安人造板企业有限公司 |
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| 摘 要： | 本文以生产规模１万ｍ＾３／ａ细木工板生产线为例，阐述了该生产线的工艺设计特点和设备选型。针对不同的锯材质量采用不同刨光工艺。选用指接设备、将指接芯条用在木芯板边部，既提高了细木工板外观质量又可提高木芯板强度，胶拼后的木芯板采用宽度压刨刨平，采用燃气为加热介质的干燥窑，可节省能源４０％，拼板机和热压机采用导热油为加热介质，可节省能耗３０％，砂光机选配脉冲袋式除尘器，除尘效率高。
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| 关 键 词： | 细木工板 生产线 工艺设计 |
Features of Technological Deisgn on Blockboard Production |
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| Pu Anbin,Lu Renshu,Wang Weihong.Features of Technological Deisgn on Blockboard Production[J].China Wood Industry,1997,11(3):28-30. |
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| Authors: | Pu Anbin Lu Renshu Wang Weihong |
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| Abstract: | Taking a blockboard production line with capacity 10 000 m 3/a as an example, this paper described features of technological design and equipment selection. In accordance with different lumber quality, two distinct planning techniques. were selected, i.e.two face planning machine was selected for planning straight lumber and planning machine befoe thickening machine was selected for planning warped lumber. A finger jointer was selected and finger jointed strips were used in two sides of blockboard core. These measures could improve the strength of blockboard as well as appearance quality. The glued blockboard core was planned through a wide thickening machine. Gas was used for heat conduction medium of dry kilns, reducing energy consumption by 40%. Thermal conductive oil was used as heat conduction medium of blockboard core composing machine and hot press, reducing energy consumption by 30%. A pulse bag type collector was selected to improve collection effectiveness of sanding dust. |
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| Keywords: | Blockbaord Production line Technological design |
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