Description
The DE120 blade-type drift eliminators are essential components in crossflow cooling towers, engineered to reduce drift by capturing water droplets efficiently. Constructed from high-strength PVC with customizable length and width, 20mm sheet spacing, and a thickness range of 0.4mm–0.6mm, they are ideal for use in hotels, restaurants, and machinery repair workshops. With their robust structure and precision engineering, these eliminators help improve cooling efficiency and are well-suited for bulk applications.
Key Features and Benefits
| Feature | Description |
|---|---|
| Superior Drift Capture | Efficiently collects water droplets in crossflow systems, significantly reducing water loss and increasing cooling tower performance. |
| Durable PVC Build | Made of corrosion-resistant PVC material, ensuring long-term use in harsh environments. |
| Precision Blade Design | Customizable dimensions with 20mm spacing; designed to reduce drift while maintaining optimal airflow. |
| Industry Compatibility | Compatible with cooling towers in hotels, food processing, and industrial repair facilities. |
| Easy Installation & Maintenance | Blade-type structure allows for quick handling, lifting, and easy inspection or cleaning. |
| Quality Assurance | Backed by a 1-year warranty, video inspection, and machinery test report for reliable performance. |
| Efficient Packaging | Individually boxed (30×30×15 cm), weight 1.000 kg, for protected and professional shipment. |
Advantages of Blade-Type Drift Eliminators
1. Maximized drift removal through optimized design.
2. Lightweight for easy transport and maintenance.
3. Simple removal enables access to fill and coil components.
4. Nested modules guarantee watertight seams.
5. Corrosion-free structure extends product life.
6. Model-specific size kits ensure a perfect system fit.
Performance Guarantees
1. Ensures maximum operational safety.
2. Complies with relevant industry standards.
3. Preserves original thermal performance of cooling systems.
4. Easy-to-clean design supports maintenance efficiency.
5. Keeps surrounding areas dry with minimal drift emission.
