3/4” inch PVDF venturi injector

3/4 inch PVDF Venturi Injector – Ozone Disinfection Injector

n

The 3/4 inch PVDF Venturi Injector is built specifically for injecting ozone into flowing water streams for disinfection and purification. It uses the Venturi effect, where water passing through a constricted section creates suction that draws ozone gas into the flow. Made of high‑grade PVDF (polyvinylidene fluoride), this injector withstands continuous ozone exposure and resists corrosion.

n
n

Features & Specifications

n

n
• Size / Connection: 3/4″ inlet/outlet compatibility, suitable for standard, larger pipe networks.

n

• Material: PVDF construction ensures high chemical resistance and durability in ozone systems.

n

• Operating Principle: Venturi effect design allows the injector to draw ozone effectively without additional moving parts.

n

• Application: Designed exclusively for ozone injection in water treatment, pools, aquaculture, and industrial sanitation systems.

n

• Corrosion & UV Resistance: Suitable for aggressive environments involving oxidising gases and high‑performance water treatment.

n

n

Benefits of a PVDF Venturi Injector for Ozone

n

n
• Efficient ozone mixing: Because the injector uses water flow to draw ozone, you save on external pumps and simplify system design.

n

• Long service life & minimal maintenance: PVDF is highly resistant, so the unit keeps working under tough conditions.

n

• Better water hygiene: With reliable ozone injection, you get strong disinfection and fewer chemical residues.

n

• Versatile sizing: A 3/4″ diameter makes the unit suitable for mid‑size commercial or high‑demand systems.

n

n

Installation & Usage Tips

n

n
1. Ensure correct flow direction—water enters the main port, ozone is introduced via the side suction port.

n

2. Flush the injector before first use to remove any manufacturing residues.

n

3. Secure ozone supply tubing to the side port and confirm tight connections—any leak reduces performance.

n

4. Use only ozone‑rated tubing and ensure all system components downstream are ozone compatible.

n

5. Periodically inspect the suction path, joints, and check for wear or deposits that might restrict flow.

n

6. For optimum results, match flow speed and injector sizing according to supplier tables for your ozone generator and pipe size.

n