Product Name: | Metal Random Packing | Material: | Stainless Steel 304, 316L, Etc. |
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Model Number: | Metal Intalox Saddles | Shape: | Raschig Ring |
Size: | 16# 25# 40# 50# 70# | Application: | Absorption , Scrubbing , Stripping |
Type: | Catalyst Beds | Keyword: | Metal Rashing Ring |
High Light: | Metal Random Packing raschig rings,Metal Random Packing 25×25×0.4mm,25×25×0.4mm Stainless Steel Raschig Rings |
Product Name: | Distillation Column 316 Metal Random Packing Pall Ring 25 × 25 × 0.4 Mm | Size: | 1 In / 25 Mm |
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Wall Thickness: | 0.4 Mm | Material: | SS304 |
Application: | Distillation Tower Packing | Warranty: | Lifetime Online Service |
High Light: |
Distillation Column Metal Random Packing,316 Metal Random Packing Pall Ring,25 × 25 × 0.4 Mm Metal Pall Ring |
Pall ring packing has the advantages of large capacity, small resistance, high separation efficiency and large operation flexibility. Under the same pressure reduction, the treatment capacity can be more than 50% larger than that of raschig ring. The tower height can also be reduced, and the use of pall ring can save 20% - 40% packing volume compared with raschig ring.
Size Dia.*Height (mm) |
Thickness mm |
Pack No. (m3) |
Pack Density (kg/m3) |
Specific Area (m2/m3) |
Void Volume % |
Dry Packing Factor |
16*16 | 0.3 | 214000 | 396 | 362 | 94.9 | 423 |
25*25 | 0.4 | 51940 | 393 | 219 | 95.0 | 255 |
38*38 | 0.6 | 15180 | 318 | 146 | 95.9 | 165 |
50*50 | 0.8 | 6500 | 314 | 109 | 96.0 | 124 |
76*76 | 1.2 | 1830 | 308 | 71 | 96.1 | 80 |
Hualai pall rings are available in several sizes as indicated on our design sheets to suit most commercial applications. They range in size from 10mm to 76mm or equivalent. It is an essentially a design consideration in specifying a packing size based on capacity and efficiency requirements. The nominal packing size specified should however not be greater than 1/10th of the column diameter.
4. Metal Pall Ring Features:
Easily wettable
High resistance to fouling
High temperature endurable
High temperature applications
Mechanically robust, lesser probability of breakage
Good liquid/gas distribution and high mass transfer efficiency