|Material:||SS316L||Plate Thickness:||0.10mm, 0.12mm, 0.15mm|
|Surface Area:||125 M2||Height:||100mm Each Layer|
|Size:||300mm In Diameter||Surface Treatment:||Perforation, Corrugation|
125Y Metal Structured Packing,
200MM Metal Structured Packing,
packings in distillation column
125Y Metal Structured Packing 400 - 200mm size with circle plate
Structured packing provides a large surface area per unit volume, which maximizes mass transfer performance and creates a lower pressure drop than conventional distillation trays. By reducing the pressure drop, structured packing increases energy efficiency. Together with our structured packing, we use our own demister / mist eliminators to maximize column performance.
Around the world, we have deployed our structured packing in chemical processing, steel, gas-to- liquid (GTL), gasification and a wide variety of other applications.
Hualai structured packing products list (part):
|Type||Surface area||Void fraction||Wave height||Nt||ΔP||Max.F-factor|
Corrugated packing is widely used in structured packing. Its geometric parameters are generally characterized by the geometric structure and characteristic size of the corrugated sheet, which is the monomer of the packing layer.
① Peak height h
② Wave distance 2B
③ Tooth apex angle ξ
④ Inclination angle of corrugation
Generally, the B ≈ h and ξ of corrugated packing are 75 - 90, 78 - 81, φ = 45 (Y type), 30 (X type).
⑤ The hydraulic (or equivalent) diameter DH is used to characterize the size of the fluid channel of the regular packing unit, which can be derived according to the rules of fluid mechanics
⑥ Specific surface area. The sum of geometric surface area of filler in unit volume packing layer, unit m2 / m3.
⑦ Porosity ε is the volume of void in a unit volume of filler layer, or the fraction of void volume (free space) in the volume of filler layer. ε = 1 - α δ / 2, where δ is the thickness of corrugated plate (or net), unit: M.
⑧ Bulk density ρ P, the mass (or weight) of filler per cubic meter of packing layer, unit: kg / m3.
ρ P = (1 - ε) ρ m, where ρ m is the density of filler material, kg / m3.
Welcome your inquiry about Hualai structured packing any time!
Contact Person: Amelia Li