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Although such information contains long lists of sieve sizes, in practice sieves are normally used in series in which each member sieve is selected to pass particles approximately 1/ √ 2 smaller in diameter or 1/2 smaller in cross-sectional area than the previous sieve. For example the series 80mm, 63, 40, 31.5, 20, 16, 14, 10, 8, 6.3, 4, 2.8 ...
Grading is removing the maximum size material and minimum size material by way of mesh selection. [2] Screen Media (Screen cloth) - it is the material defined by mesh size, which can be made of any type of material such steel, stainless steel, rubber compounds, polyurethane, brass, etc. [3]
Nmagedman> The "Sieve size conversion chart" has columns labeled BSS, Tyler, and US. Tyler is described in the article, but BSS and US are not. Could someone please describe those systems? Further, the article describes FEPA scales, but they are not included in the chart. Would someone please add them? Thanks! 17:28, 11 April 2007 (UTC)
This decreases residence time and size stratification along the mesh screen. [7] However, if the angle is greater than 20°, efficiency decreases due to reduction of effective mesh area. Effect of deck angle on efficiency is also influenced by particle density. In mining the optimal inclination angle is about 15°. [8]
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Finer particle sizes (>40 μm) are able to be separated with the gyratory separator than with a trommel screen. [10] The size of the gyratory screen separator can be adjusted through removable trays, whereas the trommel screen is usually fixed. [17] Gyratory separators can also separate dry and wet materials like trommel screens.
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An 18×14 mesh has become standard; 16×16 was formerly common and other common sizes are 18×18 and 20×20. For comparison, a typical screen in a clothes dryer has a nylon 23x23 mesh screen. Fiberglass solar screens provide over 75% of UV protection, by using thicker strands and a closer mesh than regular 18x14 fiberglass window screening.