Demister Wire Mesh Pad, Mist Eliminator
is also known as mist eliminators or sprays. This is a kind of high efficiency separation devices, used throughout all kinds of process industries, to remove liquid droplets from gas and/or vapour streams.
Wire mesh demisters uses:Chemical, petroleum, sulfate, medicine, light industry, metallurgy, machine, building, construction, aviation, shipping and environment protection. Demister pad is mainly used to eliminate streams with diameter of more than 3μm to 5μm.
Features: Simple structure, light, less pressure drop, big surface, high demisting efficiency, easy installation, operation and maintenance and long service life.
1st Generation: Standard Type(98standard preparing company)
Feature: small volume, light weight, small resistance
HG5-1404-81 Exit tube type wire demister
HG5-1405-81 reducing wire demister
HG5-1406-81 full wire demister
Diameter:300-640mm, total 136 specifications
2nd Generation: Drawer type(Patent No. ZL93 2 46402.5), feature as following:
a.no need to enter into tower to clean, repair, or replace.
b.Easy clean, long life, stable performance
c.Short repairing time, low cost, simple structure
d.Blind plate can be installed to meet low load operation, increasing adaptability and application range.
3rd Generation : V type(patent no. ZL97.2.36744.6)
Besides features of 1st and 2nd generation, it also including
a.Gas and liquid has their each path, avoiding re-entrainment and increasing efficiency.
b.The V structure increases mist removing surface by 15%
c.One layer V type demister can work with same performance of 2 layers common demister, saving installation space and cost.
316L, NS-80, or F46,PP materials can be used according to customer condition.
| Pattern |
Specification |
| Standard type |
40-100 60-150 105-300 140-400 160-400 210-570 252-800 330-1050 |
| Highly effective |
60-100 80-100 80-150 90-150 800-400 |
| 150-300 200-400 300-600 800-400 |
| High penetration |
20-100 30-150 70-400 170-560 170-600 |
| Absorption of shock |
30-30 33-30 20-40 26-40 30-40 38-40 |
| 30-50 48-50 30-60 30-80 40-80 40-120 50-120 |
HT-steam fluid strainer technical parameter
| Pattern code number |
Percentage of voids Epsilon |
Volumetric weight Kg/m3 |
Compared to surface area m2/m3 |
| HT-80 |
98.9 |
80 |
155 |
| HT-112 |
98.8 |
112 |
210 |
| HT-120 |
98.5 |
120 |
210 |
| HT-144 |
98.2 |
144 |
275 |
| HT-160 |
98.0 |
160 |
310 |
| HT-170 |
97.9 |
170 |
330 |
| HT-192 |
97.6 |
192 |
378 |
| HT-300 |
96.2 |
300 |
575 |
| HT-390 |
95.0 |
390 |
750 |
| HT-128 |
98.4 |
128 |
430 |
| HT-216 |
97.3 |
216 |
908 |
| HT-432 |
94.6 |
432 |
1810 |
| HTD-110 |
98.8 |
114 |
163 |
| HTD-220 |
97.2 |
215 |
428 |
| HTGW-135 |
94.8 |
135 |
1000 |
| HTGW-195 |
93.0 |
195 |
1500 |
| HTGW-160 |
96.7 |
160 |
5000 |
| HTMGW-200 |
96.3 |
200 |
530 |
| HTMGW-305 |
94.0 |
305 |
1115 |
| HTMP-200 |
95.8 |
200 |
632 |
| HTPE-32 |
97.0 |
32 |
360 |
| HTPE-44.5 |
95.0 |
44.5 |
495 |
| HTPE-28 |
96.9 |
28 |
491 |
| HTPE-72 |
93.0 |
72 |
820 |
| HTF-64 |
96.2 |
64 |
560 |
| HTF-85 |
95.0 |
85 |
740 |
| HTF-129 |
94.0 |
129 |
820 |
| HTF-300 |
94.0 |
300 |
1800 |
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