When it comes to filtration reliability, our top quality demister pads set the benchmark. Designed for durability and precision, they deliver outstanding performance in demanding environments.
At RajFilters, we specialise in manufacturing high-efficiency SS wire mesh demister pads, engineered to separate fine liquid droplets from gas or vapour streams. These mist eliminators are essential in industries like oil & gas, chemical processing, power plants, and pharmaceuticals, where mist-free gas is crucial for protecting equipment and improving product quality.
A demister pad (also known as a mist eliminator or mesh pad) is a woven stainless steel mesh structure designed to trap and blend fine liquid droplets from process gases. As the gas-carrying mist passes through the mesh, the filaments capture droplets, merge into larger drops, and drain away, ensuring a clean and dry gas output.
Our demister pads are trusted and used across a wide range of industries:
| Industries | Applications |
| Oil & Gas | Knockout Drums, Separators And Compressor Protection |
| Chemical Plants | Absorbers, Scrubbers, Acid Mist Removal |
| Pharmaceuticals | Sterile Gas Systems, Solvent Recovery Units |
| Power Plants | Steam Turbine Inlet Protection, Cooling Towers |
| Desalination | Brine Mist Elimination, Evaporators |
| Food & Beverage | Hygienic Gas Filtering In Process Equipment |
Let us help you to eliminate mist, protect your equipment, and optimise your process with a custom-made SS wire mesh demister pad.
A demister pad is designed to remove entrained liquid droplets from gas
streams, protecting downstream equipment and improving overall process
efficiency.
Demister pads are widely used in petrochemical plants, chemical processing
units, gas scrubbing systems, and solvent recovery operations.
We supply demister pads in various stainless steel grades and specialty
alloys to withstand corrosive environments and high-temperature operating
conditions.
Yes. Demister pads can be customized in terms of thickness, mesh type, and
configuration to deliver optimal separation efficiency for specific
process requirements.