UPVC Static Mixer – Efficient Ozone-Water Blending

The UPVC static mixer is designed to deliver consistent and effective ozone-water mixing in water-treatment systems. Because the mixer uses fixed internal elements, water passing through creates turbulence that ensures ozone dissolves evenly. As a result, oxidation efficiency improves, which enhances disinfection and overall water quality.

Key Features

• Optimized for Ozone: The design ensures thorough blending, so ozone saturates the water efficiently.
• Chemical-Resistant UPVC: This material resists corrosion and guarantees long-term durability.
• 1-Inch Inline Design: Fits easily into standard piping, allowing simple integration.
• No Moving Parts: The mixer operates passively, therefore reducing maintenance needs.
• Low Pressure Loss: Engineered to maintain flow efficiency while mixing effectively.

Benefits

1. Enhanced Ozone Dissolution: Turbulence ensures ozone contacts water effectively, thus improving oxidation.
2. Energy-Efficient Operation: Uses only water flow energy, so no electricity is required.
3. Durable and Reliable: UPVC construction resists chemical attack, which extends service life.
4. Easy Installation: Inline design allows quick setup, and it fits most systems.
5. Improved System Efficiency: Consistent mixing reduces chemical overdosing, therefore saving costs.
6. Minimal Maintenance: Passive design ensures long-term stable performance.

Applications

• Ozone injection systems for residential and industrial water treatment
• Advanced oxidation processes (AOP), which require precise gas-water mixing
• Disinfection and sterilization systems, thus improving water quality
• Chemical or gas-liquid mixing in water-treatment setups
• Food-grade and laboratory water systems

Installation Tips

• Install the UPVC static mixer inline with the correct flow direction
• Maintain recommended flow for optimal ozone saturation
• Inspect periodically for scaling or buildup, and flush if needed
• Combine with compatible ozone injection valves for maximum efficiency