Purity : Simple Structure, Lightweight,Less Pressure Drop, Big Surface,High Demisting Efficiency,Convenient For Installation, Operation, Maintenance,Long Service Life,99% Efficiency Under General Conditions,Over 98% Open Area, Minimal Pressure Drop,Suitable For Va
Based in Maharashtra, we have garnered a wealth of experience in manufacturing, supplying and exporting the supreme range of Stainless Steel Demister Pads across the global market. These Stainless Steel Demister Pads are built to perfection using...
While there are many Manufacturers, Suppliers and Exporters across India and overseas trading in PVDF Demister Pads, the sort of quality we offer has held in reserve for us a venerated position. Our skilled team persistently innovates and upgrades...
demister pads offered by us are applicable for effectual entrainment of liquids or mist removal in any liquid or gas. We fabricate demister pad from firmly knitted mesh grids of stainless steel. Clients can avail these demister pads in different...
We are demister pads manufactured by us are applicable for effectual entrainment of liquids or mist removal in any liquid or gas. We fabricate demister pad from firmly knitted mesh grids of stainless steel. Clients can avail these demister pads in...
The carry-over of liquid particulate matter by gas or vapour is generally termed as ‘entrainment’, which is commonly encountered in gas-liquid separations. The Demister Pad is an entrainment eliminator manufactured by HAST. It is specially designed and fabricated from...
Knitted wire mesh demister pad high efficiency and high permeability. Demister Pads are essentially porous blankets of carefully knitted wire mesh designed and constructed to efficiently abate mist particles. Special features are: Simple structure, light, less pressure drop, big...
AFi's DCP-81 is been imported from Germany and is a heavy-duty, high efficiency mist eliminator pad that can be used in several different configurations to meet the specific needs of any application. Because the DCP-81 Pad operates at a low pressure...