Grade: | 12345678910 |
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Quick Details
Specifications
1.Simple structure
2.Easy installation,
3.High removal efficiency
4.No maintenance or service required
5.No corrosion or temperature limitations
6.No limitation on size or shape
7.Reduce air pollution
8.Long life etc.
Technical Data Of titanium Mesh Demister
Typical Limit Drop sizes= 3 microns
Mesh Pad Velocities= 450fpm
Typical Mesh Pad pressure drop STP = 0.4" w.c.
Mesh Pad + Profile Mist Eliminator Velocity = 1100 fpm
Typical Pressure drop for Mesh Pad + Profile Mist Eliminator combination 0.6" w.c .
Usages Of titanium Mesh Demister
Titanium mesh demister pads are widely used in evaporators, refining vaccum towers, refining lube towers, steam drums, absorbers, scrubbers, separators vessels and knock out drums and any process vessels handling liquid and vapor where complete separation of entrained liquid droplets is desired from gas/vapor phase.
specifications Of Titanium Wire Demister
2.Easy installation,
3.High removal efficiency
4.No maintenance or service required
5.No corrosion or temperature limitations
6.No limitation on size or shape
7.Reduce air pollution
8.Long life etc.
Technical Data Of titanium Mesh Demister
Typical Limit Drop sizes= 3 microns
Mesh Pad Velocities= 450fpm
Typical Mesh Pad pressure drop STP = 0.4" w.c.
Mesh Pad + Profile Mist Eliminator Velocity = 1100 fpm
Typical Pressure drop for Mesh Pad + Profile Mist Eliminator combination 0.6" w.c .
Usages Of titanium Mesh Demister
Titanium mesh demister pads are widely used in evaporators, refining vaccum towers, refining lube towers, steam drums, absorbers, scrubbers, separators vessels and knock out drums and any process vessels handling liquid and vapor where complete separation of entrained liquid droplets is desired from gas/vapor phase.
specifications Of Titanium Wire Demister
Chemical composition
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Material
|
Impurities content, Not more than,%
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|||||||||||||
Ti
|
Fe
|
C
|
N
|
H
|
O
|
Residual elements,
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||||||||
single
|
total
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|||||||||||||
Gr1
|
allowance
|
0.20
|
0.08
|
0.03
|
0.010
|
0.18
|
0.10
|
0.40
|
||||||
Gr2
|
allowance
|
0.30
|
0.08
|
0.03
|
0.010
|
0.25
|
0.10
|
0.40
|
||||||
Gr3
|
allowance
|
0.30
|
0.08
|
0.05
|
0.010
|
0.35
|
0.10
|
0.40
|
||||||
Gr4
|
allowance
|
0.50
|
0.08
|
0.05
|
0.010
|
0.40
|
0.10
|
0.40
|
||||||
Physical properties
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Material
|
Specifications
mm
|
State
|
Room-temperature Mechanical properties, No less than,%
|
|||||||||||
σb
Mpa(ksi)
|
σ0.2
Mpa(ksi)
|
δ
%
|
ψ
%
|
|||||||||||
Gr1
|
3.2-6.35
|
Annealing
(M)
|
240
|
170
|
24
|
30
|
||||||||
Gr2
|
345
|
275
|
20
|
30
|
||||||||||
Gr3
|
450
|
380
|
18
|
30
|
||||||||||
Gr4
|
550
|
483
|
15
|
25
|
||||||||||
Gr1
|
1.6-3.2
|
240
|
170
|
15
|
---
|
|||||||||
Gr2
|
345
|
275
|
12
|
---
|
||||||||||
Gr3
|
450
|
330
|
10
|
---
|
||||||||||
Gr4
|
550
|
483
|
8
|
---
|
||||||||||
Gr1
|
1.0-1.6
|
240
|
---
|
12
|
---
|
|||||||||
Gr2
|
345
|
---
|
10
|
---
|
||||||||||
Gr3
|
450
|
---
|
8
|
---
|
||||||||||
Gr4
|
550
|
---
|
6
|
---
|