Random Tower Packings Ceramic Intalox Saddle Rings

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Product Overview

Description



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Product Description




Ceramic saddle ring is a type of ceramic packing, which is processed by continuous extrusion process. Compared with Raschig ring packing of the same material, ceramic saddle ring has the advantages of large flux, pressure drop and high efficiency. The bed has a large void ratio, and most of the beds are arc-shaped liquid channels, which reduces the resistance of gas passing through the bed, and also reduces the radial diffusion coefficient when the liquid flows downward. The shape of the ceramic rectangular saddle ring is between the annular shape and the saddle shape, so it has the advantages of both. This structure is conducive to liquid distribution and increased gas passage. Because of its high density and excellent acid and heat resistance, ceramic saddle ring can be corroded by various inorganic acids, organic acids and organic solvents except hydrofluoric acid.

We can customize product specifications and materials according to customer needs.

Ceramic saddle ring is a new type of high efficiency packing widely used, not only used in chemical industry, metallurgy, gas, oxygen and other industry drying tower, absorption tower, cooling tower and regeneration tower, but also can be used as a storage device of organic waste gas is widely used in the field of environmental protection in packing.

A semicircular structure open filler, a middle ring stiffener to avoid packing between overlapping and covering large void ratio, so as to improve the effective use of the mass transfer rate of the surface, with the liquid distribution of good performance, and easy to make, easy to plug etc..


Product parameters


Ceramic intalox berl saddles
Model
Size
Specific surface area
Porosity rate
Bulk density
Stacked number
0.5”
21x21x1.8
430/131
68
741
355820
5/8”
24x24x2.0
378/115
68.5
723
232980
3/4”
33x18x2.8
330/100
69
720
111548
1”
38x22x3.4
258/78
69.5
700
62128
1.5”
60x30x4.0
197/60
73
635
23368
2”
80x40x5.0
120/36
74
600
8860
3”
114x57x8.0
92/28
75
582
3000
4”
136.5x72.5x11
78/24
76
550
1606


technical parameter


Name
Alumina
Dense Cordierite
Cordierite
Dense Alumina
Mullite
Corundum mullite
Density(g/cm3)
2.0~2.3
2.1 ~2.5
1.5 ~1.9
2.4 ~2.7
2.0 ~2.5
2.3 ~2.7
Coefficient of heat expansion
(20~800℃)
≤5
≤3.5
≤3.0
≤5
≤5
≤6
Specific Heat (J/Kg.K)
(20~1000℃)
900-1150
900 ~1100
900~1150
1000~1150
1000~1150
1100 ~1300
Thermal Conductivity (W/m.k)
(20~1000℃)
1.5~2.0
1.5~2.5
1.2~1.8
1.5~2.5
1.5~2.0
1.5~2.5
Impact Thermal Resistance(℃/min)
≥300
≥350
≥350
≥300
≥350
≥300
Max. Working Tem.(℃)
1350
1320
1320
1350
1450
1550
water absorption(%)
≤20
≤1
15~25
≤2
15~25
15 ~25
compressive strength
(MPa)
A axis
≥32
≥32
≥29
≥34
≥28
≥39
B axis
≥8
≥8
≥6
≥8
≥8
≥10
chemical composition
(%)
Al2O3
55 ~65
25 ~38
28 ~38
55 ~65
60~70
70 ~80
SiO2
25~35
50 ~60
45 ~55
25 ~35
25 ~35
15 ~25
MgO
1~3
5 ~10
11 ~14
3~5
0 ~1
0 ~2
others
<5
<5
<5
<5
<5
<5






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0.0194 s.