SS 304 Wire Mesh Mist Eliminator / Demister Pad For Liquid And Gas Seperation

Demister Pad Description

Mist Eliminators are designed to remove contaminants from process air emissions that evolve as mist droplets. We manufactures Demister pads in several materials like stainless steel 304, 316, polypropylene, ptfe and other features depending upon model and includeframes, metal grids etc.
These are used in pulp and paper, waste and water treatment, oil and gas, biofuel, geothermal power and other general industrial use.

Demister Pad Specification

Feature of demister pad (mist eliminator)

• simple structure, small in size, light weight,
• large contact surface area, and high separation efficiency
• small resistance, light weight, easy to install, operate and maintain
• corrosion resistance, high temperature resistance, long service time

The demisting process of Demister pad

The operating principle behind the mist eliminator is simple. As the wet vapour stream rises through layers of contracting surfaces within the knitted and crimped wire matrix, entrained as they continuously impact each surface. The gas within the vapour stream continues to rise as the heavier liquids separate, attach and coalese into droplets within a mesh. as the droplets grow, so does their weight until they fall to the bottom of the vessel due to gravity. Liquid accumulations can then be drained out of the bottom as, the gas is routed through the top of the Vessel.

Demister pad Appilcation

Stainless steel demister pad can be made into different types to suit different equipment and devices. Stainless steel demister pad can be made into round shapes, rectangular shapes, ring shapes and various customized shapes.
Stainless steel demister pad can also be made into drawer types and wavelike types. Drawer types for easy transporting and installing, wavelike types for larger contact area and higher filtering efficiency.

Petroleum, chemical, light industry, medicine, metallurgy, aerospace, ship, environmental protection engineering distillation, evaporation, absorption and other processes in the gas-liquid separation, gas separation, mechanical equipment, oil and gas separation.