The Demister Pad is an essential component for gas-liquid separation systems, designed to efficiently remove droplets of liquid from gas streams in industrial processes. Made from high-quality stainless steel wire mesh or polypropylene, the demister pad effectively prevents mist formation in applications such as chemical processing, distillation, petrochemical, and power generation.

Its intricate mesh structure captures and coalesces liquid droplets, allowing them to drain away, while allowing clean gas to pass through, ensuring enhanced system efficiency and reduced contamination. The Demister Pad is customizable to suit various vessel sizes, operating conditions, and performance requirements.

✅ Key Features:

1. Efficient Liquid Separation – Effectively removes liquid droplets from gas streams.
2. Durable Construction – Made from corrosion-resistant materials like stainless steel or polypropylene.
3. High Performance – Improves process efficiency by preventing mist formation.
4. Customizable – Available in various sizes, shapes, and mesh configurations to suit specific needs.
5. Low Maintenance – Requires minimal maintenance while ensuring long-term reliability.

???? Applications:

• Chemical Processing – Used in reactors, scrubbers, and absorbers to reduce mist.
• Petrochemical Industry – Ensures clean and efficient gas separation in refineries.
• Power Generation – Removes liquid droplets from steam and flue gases.
• Oil & Gas Industry – Separates droplets in gas streams in offshore platforms and refineries.
• Food & Beverage – Used in steam distillation processes.

⚙️ Technical Specifications:

???? Benefits:

• Improved Process Efficiency: Prevents mist buildup and enhances separation efficiency.
• Enhanced Equipment Longevity: Reduces wear and tear on downstream equipment.
• Cost-Effective: Durable and requires minimal maintenance, lowering operational costs.
• Versatile Design: Adapts to different industrial applications with customizable sizes.
• Reliable Performance: Ensures consistent results, even in harsh operating conditions.