Metal conjugated ring fractionation tower packing
description1
|
Size D*H*T (mm) |
Specific Surface (m2/m3) |
Void Fraction (%) |
Packing Number (Piece/m3) |
Bulk Density (Kg/m3) |
|
16*16*0.4 |
313 |
97 |
211250 |
354 |
|
25*25*0.5 |
185 |
95 |
75000 |
216 |
|
38*38*0.8 |
116 |
96 |
19500 |
131 |
|
50*50*0.8 |
86 |
96 |
9772 |
97 |
|
80*80*0.8 |
81 |
95 |
3980 |
94.5 |
The Upsides of Metal Conjugated Rings
1. Cool and Unique Exterior Look:
These metal conjugated rings have a pretty eye-catching design with their curved fins and curled edges at both ends. It’s a smart setup that keeps the aspect ratio just right. What’s neat about this design is that it ensures the packings only touch at specific points—both with each other and with the tower wall—so there's no messy overlapping. Plus, thanks to their uniform porosity, you can toss them in pretty much any way you like—they’ll stack up randomly but still keep a directional flow, giving them some of the best features you’d find in structured packings.
2. Tough Against Heat and Corrosion:
Made from rust-resistant stuff like stainless steel, conjugated rings can handle quite high temperatures and aren’t easily corroded by acids or similar harsh chemicals. This makes them super reliable over long periods, especially in tough environments—no worries about sudden failures when things get rough.
3. Ready for a Lot of Uses:
You’ll see metal conjugated rings in all sorts of chemical setups—think distillation towers, absorption units, desorption processes, and extraction systems. They do a great job splitting mixtures, absorbing gases, releasing substances, or pulling liquids out—kind of like all-round champs in chemical.

