We are leading manufacturer and exporter of demister pads that are also known as mister eliminator, diesel injector filter, knitted wire mesh, mister screen, socks etc.
Wire mesh demister are designed and fabricated using best quality knitted wire of metallic or synthetic materials
Carry over of liquid particulate matter by gas or vapour is generally termed as "Entrainment" which is commonly encountered in gas - liquid sepeartions. It is specially designed and fabricated from Knitted wire of metallic or synthetic materials, to suit process configuration in existing or new equipment. When properly installed, the Mist eliminator acheives 99.9%+ sepearation efficiency with minimum pressure drop.

Mechanism of Mist Eliminator / Demister Pad
Mist is a generic term for entrainment, where the sizeof entrained liquid droplets is less than 10um. When mist laden vapour passes through the knitted wire mesh the vapour moves freely through the mesh but the liquid droplets, having inertia cannot follow the gas streamlines, contact the wire surfaces nad are briefly held there. As more droplets collect, they coalsce into large droplets and eventually fall off due to gravity. The overhead product is a pure vapour containing almost no liquid.

Pressure Drop
For process equipment at normal velocity P is usually neglible (almost <25mm of water) In vacuum service high performance is routinely achieved with P of the order of 2.5 mm of water. Even at higher velocities the pressure drop of wire mesh mist eliminator is extremely low, due to large voidage.

Separation efficiency
The demister pad is extremely versatile, providing virtually 100% removal efficiency in most mist control application for particles greater than 5 mm size. In order to further improve the eficiency in the sub-micron range, special fibres are imbedded into the mesh to take advantage of brownian diffusion. Furnished in a great variety of mesh styles, the demister offers capture efficiency and pressure drop that can be suited exactly to specific process requirements. Actual droplets size separation efficiency in other systems will be affected by gas velocity, liquid and gas densities and physical characteristicsof mesh pad.

Salient Features
Easy to install, No moving parts, Almost cent percent efficiency of seperation, Low pressure drop, Light weight, Requires no maintanance, Easy to clean with air/water/steam

Applications
In air pollution control, to eliminate toxic mist frm off gases. (e. G. Sulfuric acid plant).
To reduce solvent lossesin aborbers, scrubbers, distillation equipment e. G. Amine treating systems.
To minimise products losses in kettles, reboilers, vaccum pans, crystallizers and evaporators.
To eliminate entrainment in knock out drum and receivers.
To eliminate entrainment that might damage compressors.
In Refinery towers to prevent carbon and metal entrainment to downstream cataytic cracker and reformer units.