Stainless steel wire mesh mist eliminator demister

Stainless steel wire mesh demister mesh demister (also known as wire mesh mist eliminator, demister, mist eliminator, catching foam traps, mist), used to separate entrained gas tower mist, to ensure mass transfer efficiency and reduce the loss of valuable materials and improved operation of the compressor after the tower. With the continuous improvement of industrial civilization, and its applications has been greatly expanded, the import of ethylene, ammonia and chemical production equipment are used in wire-mesh demister. Particularly widely used in the desulfurization, in addition to oil mist, removal of toxic and hazardous industrial gases and odors and other fields.
Wire mesh demister (Mesh Mist Eliminator) is used to gas entrained mist (droplet) to remove, expensive recovery droplet (precious materials), or purified gas to reduce gas impurities. I plant the production of wire mesh demister (mesh mist eliminator), it is the small metal round wire or flat wire with a special woven warp and weft way, can also be selected according to the corrosion of the material easy to polypropylene or PTFE fluoride and other plastic material, its mechanism is: entrained in the gas phase of small liquid droplets, through the wire mesh demister (mesh mist eliminator) of the screen when the droplets hit demister wire-line, adhesion or adsorption is down, after repeated adsorption droplet, small droplet agglomeration, coalescence into large droplets, the droplets under the action of gravity along the wire mesh demister through the the next movement, while continuing to adsorbed gases in the entrained droplet, grew up in the bottom of the droplet flow mist eliminator, as droplets dripping down, in fact, in the absorption process, because the internal screen demister full absorption of droplets down to enhance the single metal or plastic mesh adsorption capacity, making the normal working hours, the defog defog rate greatly improved screen, a very small droplets can be effectively adsorbed and prolapse down.