Plastic Random Packing

reduce pressure drop though out the column, to increase capacity compared to trays at the same efficiency, and to reduce the liq
Plastic Random Packing:
it has been used in successfully as an inexpensive and efficient means to increase tower capacity and efficiency. There are mumerous process advantage that can be realized by using plastic random packing in many applications. The preduminant reasons for using random packing is to reduce pressure drop though out the column, to increase capacity compared to trays at the same efficiency, and to reduce the liquid holdup in the column. Plastic Random packing are not as bulky as ceramic equivalents and therefore offer higher capacity and lower pressure drop.

Plastic Polyhedral Hollow Ball:

Size
mm
Specific area
m
2
/m
3
Void rate
%
Bulk number
Pieces/m³
Bulk Density
Kg/m³
Φ25
118
84
64000
70.4
Φ38
186
87
25000
75
Φ50
237
90
11500
80.5
Φ76
214
92
3000
59
Φ100
261
92
1200
50.4







l Application: Absorbers, Degassing, Liquid/liquid extraction, water treatment, Heat transfer.
l Packing: 25kgs/50kgs compound plastic bag, enhanced plastic super sack or carton.
Other pickings are available upon your request.

Teller Rosette Ring:
Type
mm
Height
mm
Depth
mm
Num
pcs
Piece Density
Pcs/m3
Surface area
M2/m3
Void age
%
Heaping weight
Kg/m3
25
9
1.5*2
5.
170000
195
0.82
90
47
19
3*3
8
32500
185
0.88
65
51
19
3*3
8
25000
180
0.98
75
59
19
3*3
10
17500
150
0.92
64.7
73
27.5
3*4
12
8000
127
0.98
56
95
37
3*6
12
3900
94
0.90
58.5
100
37
3*6
12
3300
78
0.93
56.1
145
48
3*6
20
1100
65
0.95
46