Anping yuanhai wire mesh products Co., Ltd
Anping yuanhai wire mesh products Co., Ltd Customer First,Integrity-Oriented
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304 SS Mesh Demister Pad - Durable Mist Elimination for Chemical, Oil Gas Systems
Product Introduction:
Our 304 Stainless Steel Mesh Demister Pad is a high-efficiency mist eliminator designed to separate liquid droplets from gas streams in harsh industrial environments. Manufactured from corrosion-resistant 304 stainless steel wire mesh, it ensures reliable performance in chemical processing, oil/gas refineries, and air pollution control systems.
Specification:
| Parameter | Details |
| Material | 304 Stainless Steel (ASTM A240 compliant) |
| Wire Diameter | 0.1mm–0.3mm (customizable) |
| Mesh Density | 100–300 kg/m³ (standard), other densities available |
| Thickness | 50mm–300mm (typical) |
| Operating Temp | -20°C to +400°C |
| Pressure Drop | <30 Pa (design-dependent) |
| Applications | Scrubbers, distillation towers, LNG plants, HVAC, marine exhaust systems |
Applications:
Chemical Processing: Acid/alkali mist removal in reactors and absorbers.
Oil & Gas: Separators, knockout drums, and refinery columns.
Environmental: Air scrubbers for pollution control.
Marine & HVAC: Moisture elimination in exhaust/ventilation systems.
Advantages:
Corrosion Resistance: 304 SS withstands acidic/alkaline environments.
High Efficiency: 99%+ droplet removal for cleaner gas output.
Low Pressure Drop: Optimized mesh design minimizes energy loss.
Customizable: Tailored thickness/density for specific flow rates.
Long Lifespan: Robust construction reduces maintenance costs.
Manufacturing Process:
Wire Drawing: 304 SS wire is precision-drawn to target diameter.
Mesh Weaving: Woven into layered mesh with controlled porosity.
Compression: Hydraulic pressing to achieve uniform density.
Edge Binding: Periphery reinforced with SS frames (optional).
QC Testing: Inspected for pore uniformity and pressure drop compliance.
For quotes & customization, contact us today! Custom sizes and materials (316L, PP-coated) available.
