Technical data of conjugate ring packing
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Does anyone know what the value of the constant A in the Baine-Hogan formula is, in the calculations related to conjugate ring fillers?
This post was last edited by furong4501 on 2009-8-31 at 16:34. The conjugate ring packing combines the advantages of ring-shaped and saddle-shaped packings; it features a structure with conjugate curve ribs, outer flanges at both ends, and an appropriate length-to-diameter ratio. There is point contact between the packings or between the packings and the wall, which prevents overlapping. The pores are uniform, the resistance is low, and when piled up randomly it can be arranged in an orderly manner – thus it possesses the characteristics of regular packing, along with good fluid dynamic and mass transfer properties. Filler Name Model Dimensions per Unit Volume n/m3 Bulk Density (γρ) kg/m3 Specific Surface Area (α) m2/m3 Porosity (ε) % Dry Filler Factor (α/ε3) m-1 Conjugate Rings Φ16 23×16×0.4 211231 339 311 0.97 324 Φ25 25×25×0.5 74985 361 181 0.96 193 Φ38 38×38×0.7 19432 328 108 0.97 119 Φ50 5×50×0.8 9738 259 83 0.96 97
This post was last edited by Chuangxin Packing on 09/01/2009 at 09:29. Conjugate rings are available in plastic, stainless steel, and ceramic materials; the specifications vary depending on the material. You can check this on our company’s website: www.chxpacking.cn
Where can I find the A value and K value for plastic hollow sphere fillers?
Hello~ For inquiries regarding the technical parameters of fillers, you can add me on QQ: 172785339!