The Grinding Efficiency of a Newly Developed Continuous Annular-Stirred Bead Mill (Part 2)

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  • KAMIWANO Mitsuo
    Department of Materials Science and Chemical Engineering, Faculty of Engineering, Yokohama National University
  • KAMINOYAMA Meguru
    Department of Materials Science and Chemical Engineering, Faculty of Engineering, Yokohama National University
  • ARAI Kazuyoshi
    Department of Materials Science and Chemical Engineering, Faculty of Engineering, Yokohama National University
  • INOUE Yoshitaka
    INOUE MFG., INC.
  • HASE Kiyoji
    INOUE MFG., INC.

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Other Title
  • 試作した連続アニュラー型湿式媒体撹搾ミルの粉砕性能 (第2報)
  • 試作した連続アニュラー型湿式媒体攪拌ミルの粉砕性能-2-粉砕性能に及ぼす種々の粉砕因子の影響
  • シサクシタ レンゾク アニュラーガタ シッシキ バイタイ カクハン ミル ノ
  • 粉砕性能に及ぼす種々の粉砕因子の影響
  • Effect of Various Grinding Factors on Grinding Efficiency

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Abstract

We produced a continuous annular-stirred bead mill (Spike mill) for trial and investigated the grinding efficiency of the mill. The Spike mill has a cylindrical rotor with regularly arranged rhombic protuberances on the surface in the grinding chamber.<BR>In this paper, we investigated the effect of various grinding factors, such as gap between the cylindrical rotor and the static vessel, height of the rhombic protuberance, circumferential speed of the rotor, filled ratio of the grinding medium, volumetric solid concentration of the grinding feed and apparent residence time, on the grinding efficiency of the Spike mill and two types of disk-stirred bead mill, which have been widely used in industry.

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