wire mesh demister

wire mesh demister

Wire mesh demister: Structure: The wire mesh demister consists of two parts: a gas-liquid filter mesh pad and a supporting component. The mesh block is composed of several layers of flat corrugated foam removal nets, grids, and distance rods. The supporting components of the wire mesh demister generally include: beam, pressure bar, pressure plate, support ear, support plate, support ring, sealing plate, retaining ring, etc. The supporting components are manufactured by container equipment manufacturers.

It can also be provided by the manufacturer of this wire mesh demister, butPlease specify when placing an order. The wire mesh demister can also be made according to user needs: various types such as detachable, wavy, drawer, etc. This wire mesh demister can not only filter out larger liquid droplets suspended in the airflow, but also filter out smaller and smaller mist droplets Standard: Standard includes steam pipe type, reduced diameter type, and full diameter type. Material: Stainless Steel 1. 2013.04.304L.321.316.316L.310S. II Titanium and titanium alloys three. Nickel and nickel alloys. 4 Monel.

Five Engineering plastics Polypropylene PP, polyethylene PE, polyvinyl chloride PVC, polytetrafluoroethylene Usage: The wire mesh demister is a type of foam removerGas liquid separation device, widely used in chemical, petroleum, sulfuric acid, pharmaceutical, light industry, metallurgy, machinery, construction, aviation, maritime transportationIn gas-liquid separation devices used in industries such as tower manufacturing and pressure vessels.

In industries such as ethylene, synthetic ammonia, and chemical fibers imported from abroad, China also uses wire mesh defoaming as gas-liquid separation in production equipment Principle: The diameter of dispersed droplets in gases encountered in typical chemical operations is approximately 0.1-5000 μ m. Droplets with a diameter greater than 50 μ m can be separated using gravity settling method; Droplets larger than 3-5 μ m can be separated using inertial collision and centrifugal separation methods; For smaller fine mist, efforts should be made to gather and form larger particles When a gas with mist isWhen the speed increases and passes through the wire mesh, due to the inertial effect of the rising mist, the mist collides with the wire mesh filaments and adheres to the surface of the filaments.

The diffusion of mist on the surface of the filament and the gravitational settling of the mist result in the formation of larger droplets that flow along the filament to the junction of the two filaments. The wettability of the filament, the surface tension of the liquid, and the capillary action of the filament cause the droplet to become larger and larger, until the aggregated droplet becomes so large that its own gravity exceeds the combined force of the gas lift force and the liquid surface tension, and the droplet separates from the filament and falls down. After passing through the wire mesh demister, the gas is basically free of mist. Separate mist from gas toOperating conditions, optimizing process indicators, reducing equipment corrosion, extending equipment service life, increasing processing capacity and recycling valuable materials, protecting the environment, reducing air pollution, etc. Beneficial for improving the production efficiency of equipment.

Example: DN4000mm, H=100mm, type SP, material 316L, grille and support material 304 bottom mounted wire mesh demister, marked as HG/T21618 wire mesh demister X4000-100SP316L/304.