Plastic ripple silk net scum skimmer and the manufacturing method thereof

Abstract

The invention provides a plastic corrugated wire-mesh defoamer and its manufacturing method. The defoamer mainly comprise wire mesh(1),wire-mesh block composed of mesh grids, a supporting unit to fixthe wire-mesh block. The wire mesh is formed by superposing a plurality of corrugated plastic meshes. When manufacturing, wire mesh (1) and the mesh grids compose a wire-mesh block. The defoamer is formed by fixing a plurality of wire-mesh blocks onto the wall by the supporting unit. When manufacturing the wire mesh, heating and softening the plane-like plastic mesh, the mesh is corrugated by a pair of rollers with corrugated grooves in circumferences, then the mesh is shaped after cooling by water. The defoamer of the invention could increase the chances of gaseous fluid impacting wire meshes, eliminate foams effectively. Corrugated mesh has a small density and can't influence the flowing rate of gaseous fluids.

Description

technical field [0001] The invention relates to a plastic corrugated wire mesh demister and a manufacturing method thereof. Background technique [0002] The wire mesh surface of various existing wire mesh demisters is flat, and when the gaseous fluid containing liquid foam passes through the wire mesh demister assembled by this wire mesh, the liquid foam and the wire mesh will generate After the collision, it is absorbed by the screen, and when it gathers to a certain amount, it will be in the shape of droplets. The larger droplets will be discharged from the screen demister, and the dry gas will enter the next process. The bulk density of the flat screen Large, large resistance to gas, which affects the demister effect and work efficiency of the wire mesh demister. Contents of the invention [0003] In view of the above problems, the present invention provides a plastic corrugated wire mesh demister and its manufacturing method. The wire mesh in the plastic corrugated w...

AI Technical Summary

Problems solved by technology

[0002] The wire mesh surface of various existing wire mesh demisters is flat, and when the gaseous fluid containing liquid foam passes through the wire mesh demister assembled by this wire mesh, the liquid foam and the wire mesh will generate After the collision, it is absorbed by the screen, and when it gathers to a certain amount, it will be in the shape of droplets. The larger droplets will be discharged from the screen demister, and the dry gas will enter the next process. The bulk density of the flat screen Large, large resistance to gas, which affects the demister effect and working efficiency of the wire mesh demister

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