| 田 晶， 胡庆喜，刘士亮.新型中浓打浆系统 (MCPA-ZDPS)的研制及应用[J].轻工机械,2012,30(4): |
| 新型中浓打浆系统 (MCPA-ZDPS)的研制及应用 |
| Study on MCPA ZDPS New System Equipment of Medium Consistency Refining Equipment and Its Application |
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| DOI： |
| 中文关键词: 中浓打浆 MCPA中浓浆泵 ZDPS型中浓液压盘磨机 系统装备 应用 |
| 英文关键词:medium consistency refining MCPA medium consistency pump ZDPS medium consistency hydraulic twin refiner system equipment application |
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| 中文摘要: |
| 阐述了MCPA-ZDPS新型中浓打浆系统装备的组成、结构、特点与中浓打浆的实现方式及生产应用效果。生产应用表明：在质量分数为6%~15%范围内，选用MCPA型中浓浆泵（质量分数为8%~15%）与ZDPS型中浓液压双盘磨浆机组成的中浓打浆系统装备能更好地实现中浓打浆，显著提高纸浆纤维的纤维细化效果，使纤维分丝帚化，增强纤维间的结合力，并能较好保留纤维长度，与传统的低浓双盘磨的打浆系统装备比，成纸物理强度指标提高20%~35%，能耗降低30%~40%。 |
| 英文摘要: |
| This paper introduced studying background of MCPA-ZDPS new system equipment of medium consistency refining, particularly expounded on its composing structure, adopting mode and its effect of application. Application indicated: in the range of 6%~15% mass fraction, choosing system equipment of medium consistency refining which MCPA medium consistency pump (mass fraction 8%~15%) and ZDPS medium consistency hydraulic twin refiner composed can preferably achieve medium consistency refining, as a result obviously improve the effect of fibrillation on the fibers, fine brooming of fibers, enhance combining strength between fibers and can better keep fiber length. Compared with the traditional low consistency refining, paper physical strength indexes can improve 20% to 35%, energy consumption of system equipment of medium consistency refining can reduce 30%~40%. |
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