Ozone Static Mixer
SS316L inline ozone static mixer for thorough ozone-water mixing achieving 95 percent dissolution efficiency
OZ India Ozone Static Mixer in SS316L for inline mixing of ozone with water. 6 to 12 element design achieves 95 percent plus ozone dissolution efficiency. CE certified. Used in STP ETP WTP. Ozone India Technology, Greater Noida.
CE & ISO 9001:2015 certified manufacturer · Est. 2014 · 150,000+ installations · Greater Noida, India
The OZ India Ozone Static Mixer provides thorough mixing of ozone with water in a single inline unit with no moving parts. Using 6 to 12 static mixing elements inside an SS316L body, it creates turbulence that achieves 95%+ ozone dissolution efficiency in a compact installation length. Unlike venturi injectors which require pressure differential, static mixers work with any flow and pressure combination. Essential for maximising ozone contact and achieving the required CT values for CPCB and WHO compliance.
| Material | SS316L Stainless Steel |
|---|---|
| Mixing Elements | 6 to 12 elements (application dependent) |
| Available Sizes | 0.5 inch to 6 inch bore |
| Dissolution Efficiency | 95% and above |
| Connection | NPT / BSP / Flanged |
| Pressure Drop | Minimal — application specific |
| Certification | CE, ISO 9001:2015 |
- No moving parts — zero maintenance inline mixing
- 95 percent plus ozone dissolution efficiency
- 6 to 12 mixing elements — optimised for ozone service
- SS316L — full ozone resistance for continuous service
- Works at any pressure — no minimum pressure required
- Compact installation — fits existing pipe runs
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Frequently Asked Questions
Ozone-compatible materials include PVDF (polyvinylidene fluoride), PTFE, 316L stainless steel, titanium, and silicone. Ozone attacks and degrades: PVC, natural rubber, neoprene, most plastics and elastomers, and copper (at concentrations above 0.3 mg/L). All Ozone India Technology accessories use PVDF or SS316L construction.
A venturi injector creates a low-pressure zone as water flows through the narrowed throat, drawing ozone gas into the water stream by the Venturi effect. The resulting micro-bubbles dissolve at 85–95% efficiency. The water must be at sufficient pressure (1–3 bar) and flow (matched to the injector's rated flow range) for effective ozone transfer.
Yes. All fittings used with PVDF ozone pipe must also be ozone-compatible — PVDF compression fittings or 316L stainless steel fittings are used. Standard PVC fittings must not be used with ozone pipework. All Ozone India Technology PVDF pipe and fittings are pre-certified for ozone compatibility.
Ozone India Technology static mixers are sized to match the ozone generator's sidestream or main water flow and are available for flow ranges from 0.5 m³/hr (50 mm pipe) to 100 m³/hr (200 mm pipe). Static mixers achieve >95% ozone dissolution efficiency when sized correctly for the water flow rate.
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OZ Static Mixer