Stainless Steel Wire Mesh Demister Pad Round / Rectangle Shape High Density

Demister Pad Made by Knitted Mesh with Round/ Rectangle Shape with a density 75Kg/M3- 450Kg/M3

DEMISTER PADS/ MIST ELIMINATORS - MESH TYPE

The knitted wire mesh type eliminators or demister pads we produce is suitable for liquid gas separation process.

1. The process of Manufacturing

Knitted wire mesh is formed in a zigzag pattern after a set of metal wires are looped and interlaced by knitting on a circular knitting machine. The layers of knitted wire mesh thus obtained are installed together and turned into specific patterns according to the client needs by welding.

Knitted wire mesh can also be formed in tubular forms in a range of 100MM wide to 1800MM wide from metallic, co-knit, and non-metallic wires by knitting width quality wire in an extensive range.

Varying the needle count on the cylinders and the different needle count options in the wire diameter to 0.1MM to 0.35MM enables us to produce knitted wire mesh in different stitches. Such knitted wire mesh products are used for many end user applications. The mesh pad we offer comes with a density in between 75Kg/M3 to 450Kg/M3 for both metal wires and non-metallic wires.

2.MATERIALS OF CONSTRUCTION

• Stainless Steel
• Polypropylene
• Nickel
• Monel
• PVDF
• PTFE
• Galvanized steel
• Glass fibre

3. Density 

4. Fields Of Applications

Knitted wire mesh is widely used in automotive industries as mist eliminators; insulation blanket meshes and as filters and airbags. The process of removing mist from the gas is a usual process in refineries, oil,and gas production fields. Elimination of moisture is very important in the refinery/petrochemical and desalt plants since the gas has a tendency to absorb moisture.

The flow of gas can be blocked by installing the mist eliminator inside a typical application with the zig zag pattern. This process results in creating friction and the moisture will turn into tiny droplets because of continuous friction. The tiny droplet thus formed will eventually fall down to the liquid due to gravity.

5. Process calculations

Pls provide the following informations so that we can design and suggest a suitable vane pack with process calculation.

• Details of the project
• Allowed pressure drop across the demister pad
• Liquid density ; viscosity ; molecular weight/ flow rate
• Gas density ; molecular weight/ flow rate/surface tension & compressibility;viscosity
• Vessel sketch
• Operating Pressure and temperature
• Expected droplet size and separation efficiency