Wire mesh demister

Product Name

Wire Mesh Demister, Wire Mesh Mist Eliminator, Wire Mesh Entrainment Separator, Demister

Product Specifications

Wire Mesh Demister Diameter: 300-8000mm

Wire Mesh Demister Thickness: 100/150/200mm

Mesh Type: (SP) Standard Type, (DP) High-Efficiency Type, (HP) High-Penetration Type

Demister Installation Type: (S) Top-mounted, (X) Bottom-mounted

Product Material

1   Plastic Wire: PP, PTFE

2   Metal Wire: (201, 304, 304A, 304L, 316, 316L, 321, 2205 Stainless Steel Wire); Monel Wire, (TA1, TA2 Titanium Wire), (N4, N6 Nickel Wire), (Carbon Steel Q235 Wire), (Brass Wire, Copper Wire)

3   Glass Fiber and Stainless Steel Wire Mixed Weave (NS-80 Glass Fiber and Metal Wire Mixed Weave)

Wire Mesh Demister Structure

1 Wire Mesh - Gas-Liquid Filter Mesh

2 Spacer Rod

3 Grid

Wire Mesh Demister Marking Example

Example 1: DN4500mm, H=100, Filter Mesh Type: SP, Material: PTFE, Grid and Support Material: 316L, Top-mounted Wire Mesh Demister, Marked as:

HG/T21618-1998 Wire Mesh Demister S4500-100 SP PTFE/316L

Example 2: DN2300mm, H=150mm, Filter Mesh Type: DP, Material: 321, Grid and Support Material: 304, Bottom-mounted Wire Mesh Demister, Marked as:

HG/T21618-1998 Wire Mesh Demister X2300-150 DP 321/304

Product Description

HG/T21618-1998 Wire Mesh Demister: HG5-1404-81 Riser Type, HG5-1405-81 Reduced Diameter Type, HG5-1406-81 Full Diameter Type. Demister diameter ranges from 300mm to 6400mm, with mesh heights of 100mm and 150mm. Only provide the drawing number and material used when ordering.

Marking Example: HG5-1406-81-11, 304/304 indicates that both the grid and mesh are made of 304 stainless steel, full-diameter top-mounted type, with a diameter of 1600mm and a height of 100mm. HG/T21618-1998 Wire Mesh Demister is the latest standard, which combines the three installation forms of riser type, reduced diameter type, and full diameter type; it also introduces four mesh types: SP, HP, DP, and HR, and expands the range of material choices; the specification size intervals have been increased in density.