|Material:||Co-knit Of SS And Blue PP Flat Wire||Filter Rating:||99%|
|Shape & Size:||As Per Order||Usage:||Fine Mist Knocking Out|
vapor liquid separation,
demister mist elimiantor
Special Customized Co Knit Mesh Demister SS Blue PP Flat Wire OEM
What are demister mist eliminators?
The DEMISTER is an assembly of Hualai knitted wire mesh supported on, and held down by, high open area grids. It is made to any size and shape and may be installed in all new and existing process vessels. Wire used in DEMISTER fabrication is of the highest quality. It is smooth, clean and bright for rapid liquid drainage. Stainless steels and exotic alloys are fully annealed to provide maximum corrosion resistance. Perfect fit is assured even in out- of-round vessels, eliminating all vapor by-passing.
Material of demister vapor-liquid separator construction:
Demister Material we usually use: PP, PTFE, SS304, SS304L, SS316, SS316L, SS201, SS202, SS301S, SS321, Copper, Nickel, Titanium, Duplex 2205, Duplex 2507, NS-80, Monel 400 alloy, Co-knit 904L+fiber glass, Co-knit 316L+ fiber glass, Co-knit 316L+PP flat (blue color)...
Industrial areas that need demister:
Typical usages of wire mesh demister:
Oil mist elimination
Gas and air scrubber
Vacuum and drying tower
Effluent gas treatment in sulphuric acid factories
Demister mesh density and its applications
|50 kg/m3||Heavy fouling, e.g. evaporators|
|80 kg/m3||Moderate fouling, e.g. vessel boilers|
|110 kg/m3||Light fouling|
|145 kg/m3||Heavy duty, e.g. oil and gas separators|
|170 kg/m3||General purpose, not totally clean|
|195 kg/m3||Optimum efficiency & pressure drop|
|240 kg/m3||High density with high separation efficiency|
|112 kg/m3||General purpose, clean service|
|145 kg/m3||Find droplet removal in clean service|
Other engineering details like material and wire diameter are not shown here. Welcome your contact for more info!
Package and Shipping of co-knit mesh pad demister vapor-liquid separator:
Welcome your inquiry for any questions any time! We are expecting to be hlepful all the time!
Contact Person: Amelia Li