“Fine droplets and acid mist pass through standard separators and corrode downstream equipment and catalysts.”
Mist Entrainment Causes Corrosion & Catalyst Failure
Solutions · Mist & Droplet Separation
Mist Eliminator & Wire Mesh Demister Solutions
Wire Mesh Pad · Vane Mist Eliminator · Droplet Separation · Corrosion-Resistant PurificationFrom distillation-tower entrainment removal to scrubber mist interception — complete separation solutions for chemical, petrochemical, power and desalination processes.
What Our Process Plant Clients Are Saying
Operational troubles reported by global chemical and energy plants.
“Mesh pads clog with salt, viscous sludge or dust, creating pressure drop, flooding and shutdowns.”
Fouling Causes Cleaning & Production Halt“Solvent, amine or brine carryover creates material loss and emission-control failures.”
Liquid Entrainment Raises Cost & PenaltiesThree-Layer Solution for Mist & Droplet Separation
Corrosion-resistant material matching, optimized mesh or vane flow and complete supporting assemblies.
Precision Material Selection
We select stainless steel, Hastelloy, titanium, PP or PTFE based on pH, temperature, viscosity and solids.
Optimized Separation Structure
Gradient mesh captures fine droplets; high-flow chevron vanes handle heavy liquid loading with low resistance.
Complete One-Stop Supply
Custom pads, vane modules, support grids and fasteners are delivered as full assemblies.
Mist Separation Products for Towers & Scrubbers
Engineered for corrosive, high-liquid-load continuous service.
Mesh Demister
Demister Pad
Metal or engineering-plastic wire mesh for fine-droplet capture.
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Vane Eliminator
Demister Vane
High-flow chevron vane for heavy liquid loading and low pressure drop.
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Corrosion Resistant
PTFE / Plastic Demister Pad
Plastic mesh materials for strong acid, alkali and brine service.
View ProductResults from Mist Separation Projects
Verified operational improvements from industrial mist eliminator installations.
Petrochemical Refinery
SS316L Wire Mesh Demister
Amine carryover fell by 75% and compressor maintenance intervals increased from 3 to 24 months.
-75%Amine Material Loss
+700%Service Interval
Coal-Fired Power Plant
Vane Type Mist Eliminator
System pressure drop fell by 40% and acid-mist emissions met ultra-low limits.
-40%Gas Pressure Drop
0Annual Mist Penalties
Ready to Solve Your Filtration Challenge?
Get Your Mist Separation Solution
Share tower diameter, gas temperature, medium composition and mist load. Our engineers will recommend a matching pad or vane within 24 hours.