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Corrosion Resistance High efficient Roundness 0.23MM knitted mesh demister pad
knitted mesh demister pad description
Knitted wire demister pad, also known as knitted mesh mist eliminator, is a type of separation devices for gas and liquid. Sometimes, the knitted wire demister pad refers to the mist eliminator without any grilles. And in this page, the knitted wire demister pad is specially refers to the pad made of Polypropylene.
Compared to the PP demister pad , the metal wire mist eliminator has many advantages, including better corrosion resistance.
knitted mesh demister pad Classification
Knitted wire demister pad has various types, we will introduce you according to different standard, you can choose the perfect one you want or you can contact us for professional suggestion and advice.
knitted mesh demister pad
Standard type knitted wire demister pad.
Wave type knitted wire demister pad.
knitted mesh demister pad According to the frame material
Metal frame knitted wire demister pad.
PP frame knitted wire demister pad.
knitted mesh demister pad According to the shape
Rectangular shape knitted wire demister pad.
Round shape knitted wire demister pad.
knitted mesh demister pad Specification
Material: metal wire mist eliminator.
Wire diameter: 0.2mm, 0.22mm, 0.23mm, 0.25mm, 0.28mm, 0.3mm, 0.35mm.
Mesh size: 2mm × 3mm, 4mm × 6mm to 12mm × 6mm. Other sizes are available.
Shape: rectangular, round and other shapes can be customized.
knitted mesh demister pad Features and benefit
Features and benefit | Simple structure |
Various types and diameters. | |
Easy to install and uninstall. | |
Acid and alkali resistance. | |
High filtering efficiency. | |
Lightweight than the knitted mesh mist eliminator. | |
Better corrosion resistance than the knitted mesh mist eliminator. | |
Wide range of applications. |
knitted mesh demister pad Applications
The knitted wire demister pad is also widely used in the various industrial fields for gas and liquid separation. It can remove and eliminator the droplets ranging from 4μm to 6μm in the gases.