| Customization: | Available |
|---|---|
| Material: | 304L |
| Layers: | Bunk |
|
Still deciding? Get samples of US$ 0/Piece
Request Sample
|
Suppliers with verified business licenses
Audited Supplier Audited by an independent third-party inspection agency
The mesh demister is used for gas entrainment in the separation tower to ensure mass transfer efficiency, reduce valuable inventory loss, improve the operation of the fan behind the tower, reduce the amount of filler, and extend the service life of the tower top. It is generally installed at the top of the tower. Demister. It can not only ensure the mass transfer efficiency of the tray, but also reduce the particle size of the tray. Therefore, the wire mesh demister is mainly used for gas-liquid separation. Can also be used on air filters for gas separation.
This standard specifies the structure, type, specification, size, technical requirements, marking, selection and use regulations of wire mesh demisters. This standard is applicable to the use of vertical cylindrical equipment in chemical, petrochemical, pharmaceutical, light industry, environmental protection and other industries. gas-liquid separation device. It is used to separate mist entrained in gas with a droplet diameter larger than 3~5um. The specification range of wire mesh demister is DN300-DN5200mm.
Mesh type separators are specifically designed to separate small droplets from continuous vertical gas flows. They are comprised of a knitted mesh of stainless steel, plastic (or other materials upon request) contained between a stainless steel framework. They are typically used for vertical gas flows in order to serve specific separation task or to serve as an agglomerator for a vane type separator in a horizontal gas flow.
| Application | as separator or as agglomerator |
| material | Stainless steel 316Ti, 316L, special materials upon request |
| pad shape | customerized |
| pad thickness | customerized |
| pad diameter | customerized |
| efficiency | droplets larger than 5 µm 3-5 microns |
| Design | vertical flow or horizontal flow |
){kind=link}