Light Weight Titanium Wire Mesh Demister Pad Anti Corrosive Black
Color
Space metal Titanium mist eliminator, tailor made Ti demister pad
Located in Anping, China, we enjoy many advantages like convenient
material purchasing, lower labor cost, faster courier service, etc.
Wire Mesh Mist Eliminator Material we usually use: PP, PTFE, SS304, SS304L, SS316, SS316L, SS201,
SS202, SS310S, SS321, Copper, Nickel, Titanium, Duplex 2205, Duplex
2507, NS-80, Monel 400 alloy, Co-knit 904L+fiber glass, Co-knit
316L+ fiber glass, Co-knit 316L+PP flat...
Other Material of construction and its application:
| Materials | Main Application Area |
| SS304 | Water solutions, Nitric acid reduced crude petroleum fraction etc. |
| SS316L | Fatty acid reduced crude containing naphthenic acids and corrosive
chemicals |
| Synthetic fiber | For corrosive service at moderate temperature |
| PP(Polypropylene) | For corrosive service at temperature up to 70℃ |
| PTFE | For corrosive service at temperature of (-190℃, 250℃) |
| Monel | Caustic soda, dilute acid |
| Nickel | Caustic Soda, food products |
| Copper | Freon, alcohol |
| Aluminium | Nitric Acid
|
When properly designed demister pads can give efficiency up to
99.9% with minimal pressure drop. Normally demister pads can remove
droplets down to 5 microns and lower with a free volume of up to
99% and a surface area of up to 1940 m2/m3. Due to high value of
free volume the pressure drop across the demister pad is
sufficiently low in most applications.
Demister pads or Mist eliminators are porous blankets of metal or plastic knitted wire mesh,
designed and constructed for the efficient, economical removal of
entrained liquid droplets from vapor streams. Demister Pads can be
fabricated in any required size and shape and may be installed in
new or existing process vessels.
HOW IT WORKS
When vapor and entrained liquid droplets pass through a mist
eliminator, the vapor moves freely through the mesh pad but the
liquid droplets, due to their greater inertia, cannot make the
necessary sharp turns and as a result are thrown into contact with
the wire surfaces and briefly held there. As more droplets enter
the pad and collect on the wires, they grow in size, run down the
wire to the bottom surface of the mesh separator and fall from the
unit. Overhead vapor is now free of entrained liquid.
Optimized solutions
Standard configurations
Tailored made configurations
Expedited services available
knowledge and engineering experience
High quality manufacturing standards and procedures
Manufactured in a variety of corrosion resistant materials (Metals,
Plastics and Co-knit mesh options)
Mesh Density | Eq to: YORK | Description |
| 80 | 931 | For a given load of mist, the highest flow velocity is achieved of
all styles. Ideal where it is required to minimize the pressure
loss, possible clogging is concerned, the size of particle to be
collected is relatively large, and/or a very high efficiency is not
required. |
| 144 | 431 | Used for general purposes. An efficiency of 98 to 99% is achieved
at a velocity of 1 to 5 m/sec. |
| 192 | 421 | Used where an especially high efficiency is required. While a
pressure loss is slightly higher, it achieves an efficiency of 99
to 100% with particle sizes 3μ or more at a velocity of 1 to 6
m/sec., and is ideal where an efficiency of 90% or more is required
at a velocity of 1 m/sec. or less. |
| 216 | | Used for collecting fine particles of 1 to 3μ in size.
Especially for a low-density mist of 1.0 g or less, it is used in a
thickness of 200 to 300 mm. |
| 432 | 333 | Used for collecting fine particles. An efficiency higher than that
of 216 can be achieved. The most remarkable characteristic is that
it provides a high efficiency with a reduced thickness. |
More cases of Ti (Titanium mist eliminator) we made:
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