The demister safely functions because the design adapts to changes in gas or fluid flow rate. Generally, the 100mm mesh pad is used, but the mesh pad of greater thickness is used where the flow rate changes extensively, offering increased production.
Though the demister is deemed the standard type because it is used in many fields, this model is strong and highly efficient. The demister is used in places where it is necessary to reduce accompanying airborne droplets to a minimum.

Demister pad vapor liquid separator Specifications

1. Material SS304

2. Shape & Size Φ750 mm

3. Mesh Thickness 100 mm

4. Demister Height 150 mm

5. Wire Diameter 0.28 mm

6. Mesh Density 176 kg/m3

7. Void Fraction 0.978

8. Specific Area 315 m2/m3

9. Grids Flat bar 25*3mm

Applications of demister pad

1. SS304 Water solutions, Nitric acid reduced crude petroleum fraction etc.

2. SS316L Fatty acid reduced crude containing naphthenic acids and corrosive chemicals3.

3. Synthetic fiber For corrosive service at moderate temperature

4. PP(Polypropylene) For corrosive service at temperature up to 70℃

5. PTFE For corrosive service at temperature of (-190℃, 250℃)

6. Monel Caustic soda, dilute acid

7. Nickel Caustic Soda, food products

8. Copper Freon, alcohol

9. Aluminium Nitric Acid

How do demister pad mist eliminators work?

When a vapor stream carrying entrained liquid droplets passes through the EIT Mesh but the inertia of the droplets causes them to contact the wire surfaces and be held there briefly. As more droplets collect, they grow in size, run off and fall free. Properly applied to specific process conditions, DEMISTER mist eliminators achieve 99.9% separation of liquid entrainment from any vapor stream, assuring pure product overhead. Pressure drop is usually less than 25.4 mm H2O (1" WC).

Numberous cases of demister mist eliminator we ever made in Yuanqiao factory