This fully automatic desalted water filtration device delivers reliable, high-quality water treatment with a production capacity of 0.8 tons per hour, designed for industrial applications requiring pure water.

• High-Efficiency Filtration: Advanced filtration technology effectively removes suspended matter, colloids, bacteria, and organic contaminants to ensure pure water quality
• Automatic Operation: Integrated control system enables automatic start/stop, dosing, and flushing functions, reducing manual operation requirements
• Intelligent Monitoring: Real-time monitoring of operating parameters including water output and water quality conductivity for efficient production management
• Environmental Design: Utilizes eco-friendly materials and energy-saving components to minimize energy consumption and support green production initiatives
• Modular Construction: Easy installation, maintenance, and upgrade capabilities to accommodate various water treatment scale requirements

• Water Output: 0.8 tons/hour
• Power Consumption: 4500 watts
• Power Supply: 220-380 volts
• Dimensions: 1600 mm (L) * 800 mm (W) * 1700 mm (H)

• Power Industry: Boiler feed water treatment to ensure safe and efficient boiler operation
• Electronics Industry: Ultrapure water supply for semiconductor, circuit board, and electronic component manufacturing
• Chemical Industry: Process water and circulating water treatment to enhance water resource utilization
• Pharmaceutical Industry: Production process water treatment to maintain drug quality and safety standards

The system employs a comprehensive treatment process including pretreatment, reverse osmosis, and ion exchange. Pretreatment removes larger suspended particles and organic matter, reverse osmosis utilizes high-pressure pumps and membranes to eliminate dissolved salts, and ion exchange further purifies water to achieve ultrapure water standards.

Regular filter element inspection and replacement ensures optimal filtration performance. Periodic system cleaning prevents membrane surface contamination. Continuous monitoring of operating parameters allows for timely adjustments to maintain system efficiency.