Demister Pad With Grids

Author:knittedmesh9 2023-01-16 15:47:39 92 0 0

Knitted wire mesh type demisters are designed specially in drilling of oil and water well, petrochemical and process industries. The steel bar and rod grid design offers this mesh filter demisters a fixed structure requiring less if any maintenance.

Stainless Steel Wire Mesh Knitted Demisters feature simple structure, big porosity and small pressure drop, large contact surface area, high defoaming efficiency, light weight, easy installation, operation and maintenance.

Knitted mesh type demisters work mainly as screen defoaming filters used for vertical separators, in-line gas scrubbers and collection towers.

We supply wire mesh knitted demister pads in ss304 and ss316l materials, with tie wire and bars support grid. The mist catchers or demisters can be supplied in round pad or square pad shap. The bar grid makes it fixed to remove enstrained liquid droplets passing through the knitted mesh materials.

With demisters we also supply with sketch or drawing as how to fit in the vessel, Area Calculated and recommended area and complete accessories for assembling. Major markets we supply include USA, Spain, U.A.E., Thailand, Poland, India, Pakistand and other countries.

Technical Details including Types, Wire, Mesh Surface Area, Vessels, Grid Material, Filtration and Applications are introduced with each types of demisters we supply for export below.

Wire mesh demisters in square and round pads

Mist and Dust Removing Stainless Steel 316 Demister Pad for Vessel diameter: 2500 I.D
Demister of Crimped Flat Wire Knit Mesh, 0.23 mm minimum Wire Thickness, designed with grid: Used for Separator Skid to remove 99.5% mist & dust of >5µm size, to be passed through manhole of 600 mm nominal diameter.
 

AISI 304 SS Knitted Wire Mesh Demister

Stainless steel 304 knitted wire mesh demister pads used as Metal Filter Vessels

Material: AISI 304 Stainless steel Knitted Mesh
Diameter : 2992 mm
Thickness: 200 mm
Density: 280 Kg. / m3
Style: Framed and support with grid


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