Brass Pall Ring

Brass Pall Ring Column Tower Packing Stainless Steel 304 316l Brass Pall Ring

Size (inch /mm)
Bulk Density
(SS304 kg/m3)
Number
(per m3)
Surface Area
(m2/m3)
Free Volume
(%)
Dry packing factorm-1
1/4″
6*6*0.3
900
4000000
904
88.6
1307.4
3/8″
10*10*0.3
480
768000
482
93.8
583.8
1/2″
13*13*0.3
420
410000
415
94.8
489.2
5/8″
16*16*0.3
348
201000
344
95.5
393.2
1″
25*25*0.4
288
53500
212
96.2
229.8
1″
25*25*0.5
367
53500
216
95
237.2
1″
25*25*0.6
439
53500
219
94.2
244.1
1.5″
38*38*0.4
193
15180
143
97.2
148.4
1.5″
38*38*0.5
246
15180
145
96.7
151.7
1.5″
38*38*0.6
328
15000
146
95.9
154.6
2″
50*50*0.5
185
6500
106
97.5
128.5
2″
50*50*0.7
315
6500
108
96.4
130.5
2″
50*50*0.9
380
6500
132.5
95.4
134.0
3″
76*76*0.8
265
1920
69
97.4
79.6
3.5″
901*90*1.0
224
1220
61
97.1
66.2

Brass Pall Ring Column Tower Packing Stainless Steel 304 316l Brass Pall Ring

Brass pall rings are a type of packing material used in various industrial applications, particularly in gas and liquid separation processes.

Characteristics
Material: Made from brass, which is an alloy of copper and zinc, providing excellent corrosion resistance and strength.
Shape: Designed as hollow rings with a specific diameter and thickness, allowing for optimal surface area.
Surface Area: The design promotes effective gas-liquid contact, enhancing mass transfer efficiency.

Applications
Distillation: Used in columns for the separation of different components based on their boiling points.
Absorption: Effective in gas absorption processes, where gases are dissolved in liquids.
Chemical Reactors: Serve as packing in reactors to support catalyst materials and improve reaction efficiency.

Benefits
Durability: Brass offers resistance to corrosion and wear, making it suitable for harsh chemical environments.
High Efficiency: The shape and design allow for improved flow dynamics and mass transfer.
Thermal Conductivity: Brass has good thermal conductivity, which can be beneficial in certain processes.