| Material: | PP PE PVC CPVC PVDF |
|---|---|
| Color: | White, Black |
| Usage: | Water Filter Media |
| Liquid Loading: | 0.2-100 M2/M3.Hn |
| Transport Package: | Plastic Woven Bag |
| Specification: | 220*100mm |
| Samples: |
|---|
| Customization: |
|---|
Suppliers with verified business licenses
Audited Supplier 220*100mm Plastic Hexagonal Porous Ring Structured Packing for Gas Purification & Gas Solution Preparation
Plastic hexagonal composite ring structured packing is the packing in diameter 220mm * height 100 mm,
can be called plastic hexagonal porous ring structured packing. It is a plastic structured packing newly developed by
PINGXIANG BESTN Packing Factory. Its specification model is: diameter 220mm * height 100 mm, the number of
stacked is about 150 pieces / cubic meter, and the single weight is about 350 grams / piece.
The plastic hexagonal composite ring structured packing is composed of multiple diamond patterns. The product
has a large specific surface area per unit volume through the design of , the free volume of the liquid phase and the
gas phase is large, the cross-sectional area of the free flow of gas is large, and the mechanical strength is large.
Features. Due to the large specific surface area and high porosity of the product, the product has strong adsorption
and filtering functions, and impurities such as tar and dust have a good desorption effect.
The plastic hexagonal composite ring structured packing can be unchanged for a long time under the contact
conditions of gas, oil,water, etc., and is resistant to acid and alkali corrosion, and has a long service life. Plastic
hexagonal composite ring structured packing is more advanced than ceramic light porcelain structured packing
and all-ceramic packing. The opening rate of Liuling porous ring structured packing is up to more than 50% to
meet the uniform distribution of gas phase and liquid phase. The six feet are set at the bottom to achieve the
redistribution of a single layer of gas and liquid in the filler and increase the frequency of gas-liquid mixing.
Datesheet
|
Type
|
Theoretical Plate Number m -1
|
Specific Surface m2/m3
|
Free Volume m2/m3
|
Pressure Drop MPa/m3
|
Bulk Density kg/m3
|
Liquid Loading m2/m3.hn
|
Max F Factor m/s(Kg/m3) 0.5
|
|
BS-125Y
|
1-2
|
125
|
0.985
|
2 * 10(- 4)
|
37.5
|
0.2-100
|
3
|
|
BS-250Y
|
2-2.5
|
250
|
0.97
|
3 * 10(- 4)
|
75
|
0.2-100
|
2.6
|
|
BS-350Y
|
3.5-4
|
350
|
0.95
|
2 * 10(- 4)
|
105
|
0.2-100
|
2
|
|
BS-500Y
|
4-4.5
|
500
|
0.93
|
3 * 10(- 4)
|
150
|
0.2-100
|
1.8
|
|
BS-125Y
|
0.8-0.9
|
125
|
0.985
|
1.4 * 10 (- 4)
|
37.5
|
0.2-100
|
3.5
|
|
BS-250Y
|
1.5-2
|
250
|
0.97
|
1.8 * 10 (- 4)
|
75
|
0.2-100
|
2.8
|
|
BS-350Y
|
2.3-2.8
|
350
|
0.95
|
1.3 * 10 (- 4)
|
105
|
0.2-100
|
2.2
|
|
BS-500Y
|
2.8-3.2
|
500
|
0.93
|
1.8 * 10 (- 4)
|
150
|
0.2-100
|
2
|
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