• Venturi Ozone Injector

  • Venturi Ozone Injector

  • Venturi ozone injector

  • Accessories For Ozone System

Venturi Ozone Injector

Venturi ozone injector is without moving parts. Is’ internal mixing vanes create thousands of microbubbles, which greatly increases the surface area of gas (ozone, air, oxygen, etc.) in contact with the liquid.

The patented design and precise construction optimize injector efficiency, suction capacity, and mixing capabilities.

ozone injector, negative pressure ozone-Water mixer

 

 

Applications:

 

  • Pool & Spa
  • Aquariums & Aquaculture
  • Irrigation & AirJection
  • Water Treatment
  • Wastewater Treatment
  • Wine

 

 

OZONE INJECTORS

We offer injectors made by PVDF, especially for ozone mixing with water. 

 

Mazzei® venturi injectors are differential pressure injectors featuring internal mixing vanes. The patented design and precise construction optimize injector efficiency, suction capacity, and mixing capabilities.

 

The injectors' internal mixing vanes create thousands of micro‑bubbles, which greatly increases the surface area of gas (air, oxygen, ozone, etc.) in contact with the liquid.With no moving parts, maintenance is simplified, resulting in significantly lower operating costs compared to less efficient systems.

Accessories For Ozone System
Model Material

Flow Rate 

(m3/h)

Inlet & Outlet Suction Port Accessories For Ozone System
684 PVDF 2.5 3/4" Male Thread 1/4" Male Thread
1078 PVDF 4 1" Male Thread 1/2" Male Thread
1584 PVDF 15 1‑1/2" Male Thread 1/2" Male Thread
2081 PVDF 28 2" Male Thread 1‑1/4" Male Thread

 


 

Advantages of PVDF (Polyvinylidene Fluoride):

 

  • Advanced thermoplastic superior to PVC, PP, polyethylene and other plastics
  • Higher pressure and temperature-handling capabilities
  • Resistant to ozone
  • Resistant to sulfuric and nitric acids and chlorine
  • Better abrasion and wear resistance
  • Sunlight (UV) resistant
  • Dyed PVDF or Natural PVDF available

 

 

How a Mazzei Venturi Injector Works

 

When pressurized water enters the injector inlet, it is constricted toward the injection chamber and changes into a high-velocity jet stream.

 

The increase in velocity through the injection chamber results in a decrease in absolute pressure, creating a vacuum that draws a liquid or gas additive through the suction port and mixes it thoroughly into the water stream.

 

As the jet stream is diffused toward the injector outlet, its velocity is reduced and resumes its flow in a thoroughly mixed state with slightly lower energy than when it entered the injector.

 

 

     

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