High efficient demister pads are designed for the removal of liquids and other particulate matter from air or gas streams. They are commonly used in oil refineries, chemical plants, natural gas processing plants and other process units. The demister pad is made of an open mesh structure consisting of knitted wire mesh and a tie-wire cord. This allows for maximum efficiency of liquid droplet separation from gas streams. The size of the mesh can be varied according to the application, allowing for customized performance. The mesh size selection is determined by the particle sizes contained in the gas and the desired droplet size to be removed.
High efficient demister pads are available in various materials, such as stainless steel, titanium, nickel, and copper alloys. Each material has unique properties that make it suitable for different applications. Stainless steel is corrosion-resistant, while titanium is highly resistant to chemical attack. Nickel and copper alloys offer good strength and stability at high temperatures.
The product specifications and parameters include length, width, thickness, and porosity. The porosity is determined by the size of the mesh, which can range from 0.1 to 500 microns. The design also includes pressure drop considerations. Installation of the pad requires proper orientation and support, and regular maintenance should include inspection of the integrity and structural soundness.
High efficient demister pads provide an effective means of separating liquid droplets from gas streams. They come in a variety of materials, allowing for optimal performance according to application needs. Furthermore, the product specifications and installation guidelines must be followed in order to ensure proper performance.
Material: 302,304,304 L, 316,316 L, 317
Specifications are as follows:
Model: 60-100 80-150 200-400 80-100 90-150
Common diameter : 0.12-0.45mm
Weight capacity: 128 Kg/m3
Specific surface area: 403.5 m2/m3
Porosity : 0.9839ε
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