| Customization: | Available |
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| Manufacturing Process: | Forging |
| Surface Treatment: | Polishing |
| Shipping Cost: | Contact the supplier about freight and estimated delivery time. |
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Vane Mist Eliminator Description:
Vane mist eliminators are high-efficiency separation devices that remove liquid droplets from gas streams with exceptional performance. Engineered with precisely spaced, corrugated blades arranged in a patented zigzag configuration, these systems create an optimized tortuous flow path that maximizes droplet capture while minimizing pressure drop.
Key Operational Advantages:
Advanced inertial separation technology forces suspended droplets to impact blade surfaces as gas flows through the system
Sophisticated coalescence mechanism combines captured droplets into larger, easily drained particles
Gravity-driven drainage system ensures continuous removal without re-entrainment
Performance Features:
✓ >99% removal efficiency for droplets ≥5μm
✓ Ultra-low pressure drop (typically 0.3-1.2 kPa)
✓ Customizable designs for specific flow velocities (2.5-5 m/s optimal range)
✓ Wide material compatibility (304/316 SS, PP, FRP, PTFE)
| Item | Thickness | Pitch size | Material | Remark |
| Desulphurizati on Tower Mist Eliminator |
2.5-3mm | 25mm | PP | 170 C Type withhook/without hook 235 S Type Dual channel |
| 2.5-3mm | 30mm | PP | ||
| 2.5-3mm | 35mm | PP | ||
| 2.5-3mm | 40mm | PP | ||
| 2.5-3mm | 45mm | PP | ||
| Fiberglass Mist Eliminator |
2.5-3mm | 25mm | Fiberglass | 170 C Type withhook /without hook 235 S Type Dual channel |
| 2.5-3mm | 30mm | Fiberglass | ||
| 2.5-3mm | 35mm | Fiberglass | ||
| 2.5-3mm | 40mm | Fiberglass | ||
| 2.5-3mm | 45mm | Fiberglass |
Our vane mist eliminators deliver unmatched reliability in harsh operating environments (-40°C to 180°C), with maintenance-free operation and extended service life exceeding 10 years in most applications. The innovative blade geometry provides superior performance compared to conventional mesh pads, particularly in high-liquid-load or fouling-prone systems.
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