Professional ZPM DN150 2-Fin Static Mixer with 160mm Flange
Product Overview
As a retailer of advanced pool water treatment equipment, I’m featuring the ZPM DN150 static mixer, a high-capacity cavitation system designed for commercial and large-scale applications requiring maximum flow rates and superior chemical mixing efficiency.
Technical Specifications
Specification | Detail |
---|---|
Model | ZPM DN150 |
Fin Configuration | 2 Fins |
Flange Size | 160mm |
Application | Static mixing/cavitation |
Installation | Flange mount |
Construction | Professional grade |
Size Category | DN150 |
Type | High-capacity mixer |
Advanced Technology Features
- Commercial-grade capacity
- Maximum cavitation generation
- Enhanced water acceleration
- Superior zeta potential control
- Optimized nano-bubble production
- Professional mixing capability
Performance Benefits
- Maximum flow handling
- Enhanced parasitic elimination
- Superior oxidation potential
- Professional flocculation
- Advanced sterilization
- Commercial-grade treatment
Operational Advantages
- Large-scale operation
- Optimized pressure differential
- Maximum treatment volume
- Superior chemical efficiency
- Professional performance
- Commercial reliability
Application Uses
- Commercial pool facilities
- Large-scale APF systems
- Industrial ACO treatment
- High-volume NoPhos delivery
- Advanced water treatment
- Large facility applications
Installation Features
- 160mm flange mounting
- Commercial integration
- High-capacity setup
- Professional connection
- System compatibility
- Maintenance accessibility
Treatment Benefits
- Maximum disinfection
- Superior chemical distribution
- Professional water quality
- Optimized chemical usage
- Peak efficiency
- Enhanced mixing performance
System Integration
- Commercial diameter compatibility
- Professional installation
- Optimized chemical injection
- High-flow management
- Advanced monitoring
- Maximum treatment capacity
Note: Professional installation is essential for this high-capacity unit to ensure proper pressure differential and optimal performance in commercial applications. Regular monitoring of system pressure and flow rates is critical for maximum effectiveness