Demister pad are made of knitted wire mesh pads with supports grids by welding processing. The mesh mist eliminator pads is a type of separator equipment that designed to collect liquid…
Square demister pads
Demister pad are made of knitted wire mesh pads with supports grids by welding processing. The mesh mist eliminator pads is a type of separator equipment that designed to collect liquid…
Rectangle demister pads
Demister pad are made of knitted wire mesh pads with supports grids by welding processing. The mesh mist eliminator pads is a type of separator equipment that designed to collect liquid…
Round demister pads
Demister pad are made of knitted wire mesh pads with supports grids by welding processing. The mesh mist eliminator pads is a type of separator equipment that designed to collect liquid…
Titanium demister pads
Titanium demister pad are made of knitted wire mesh pads with supports grids by welding processing. The mesh mist eliminator pads is a type of separator equipment that designed to collect liquid…
Brass demister pads
Brass demister pad are made of knitted wire mesh pads with supports grids by welding processing. The mesh mist eliminator pads is a type of separator equipment that designed to collect liquid…
Stainless steel demister pads
Stainless steel demister pad are made of knitted wire mesh pads with supports grids by welding processing. The mesh mist eliminator pads is a type of separator equipment that designed to…
Ourun Wire Mesh Stock Guides
Ourun Wire Mesh is one of Chinese professional wire mesh & wire screen manufacturer. We are China’s one of largest stockist of woven wire mesh products. We have the largest and most comprehensive…
Terminology of Demister Pads
Coalescence - Liquid particles in suspension that unite to create particles of a greater volume. Conventional Gas-Liquid Separator- Vertical or horizontal separators in which gas and liquid are separated by…
Droplet Separation With Mesh Pads
The overall thickness of the mesh pad depends on the desired separation efficiency. With increasing thickness the fineness and efficiency of the separation increases. However, it should be noted that the pressure loss also rises. If very fine separation efficiencies below 2 µm are to be achieved, ultra-fine droplet separators made of glass or polypropylene fibres should be used. The flow velocity is calculated so that the droplets removal is at a maximum without risking re-entrainment. Mesh pads are individually designed and manufactured according to your specifications.