Pool Ozonator Parts

Collection: Pool Ozonator Parts

29 products

Ozone Generator & Ozonator Replacement Parts & Components

Keep your pool ozonator running at peak performance with ozonator replacement parts and components from Paramount, Del, Blue-White, AquaSunOzone, Mazzei, Solaxx, Spa Butler, and Prozone. PST Pool Supplies stocks the consumable and wear components that ozone systems need over their service life — UV bulbs, injectors, diaphragms, flash reactors, gasket kits, mixing chambers, and installation hardware — starting from $9.90.

The most common ozonator maintenance item is the UV replacement bulb: UV-based ozonators use a germicidal lamp to generate ozone via ultraviolet radiation, and the lamp's output degrades over time even when it remains lit — most manufacturers recommend annual UV bulb replacement to maintain rated ozone output. Blue-White A-600 diaphragms are wear components in chemical metering pump heads used in ozone injection systems — a failed diaphragm stops chemical feed entirely. Mazzei 3/4" flash reactors (venturi-style ozone injectors) are the inline fitting that draws ozone gas into the water stream using venturi pressure differential — they can clog or degrade from ozone exposure over time. Kynar #684K injectors are chemical-resistant ozone injection fittings compatible with high-concentration ozone systems. MDV carbon destruct replacement units neutralize off-gas ozone before it vents into the equipment room — the carbon media exhausts and requires periodic replacement for safe system operation. DEL ozone parts bags and gasket kits provide seal replacements for DEL Eclipse and Solar Eclipse system housings. For complete ozone systems, see our pool ozonators collection.

Ozone systems are among the most effective pool water treatment technologies — ozone oxidizes chloramines, bacteria, and organic contaminants more powerfully than chlorine alone, allowing significant reduction in chlorine usage. However, ozone equipment requires periodic maintenance to sustain output: UV lamps lose intensity, injector orifices scale or clog, and diaphragm-based metering pumps wear. The annual maintenance cost of an ozone system is primarily the UV bulb replacement — a small fraction of the cost savings from reduced chemical consumption. Inspect injector orifices annually for mineral deposits; clean with dilute acid or replace if flow is restricted. When installing or replacing ozone components, always shut off the system and allow residual ozone to dissipate before opening fittings — ozone at high concentrations is a respiratory irritant.

Shop ozonator parts and components and keep your pool's ozone system delivering clean, low-chemical water all season long.

Frequently Asked Questions

How often should I replace my pool ozonator's UV bulb?
Most pool ozonator manufacturers recommend replacing the UV lamp annually, regardless of whether the lamp is still producing visible light. UV lamps degrade in ozone-generating output (at the 185nm wavelength responsible for ozone production) well before they stop illuminating — a lamp may appear lit but produce only 30–40% of its original ozone output after 12–18 months of operation. Annual replacement maintains rated ozone output and ensures the system is actually reducing your chlorine demand. Signs of a failing UV lamp include: increased chlorine consumption despite the ozonator appearing to run normally, reduced water clarity, or the system's output indicator showing low ozone. Always use the OEM-specified replacement lamp for your system model — off-brand lamps may not match the correct wavelength or physical dimensions.
What is a Mazzei flash reactor and what does it do in an ozone system?
A Mazzei flash reactor is a venturi-type ozone injector fitting installed inline in the pool's return plumbing. It works on the venturi principle: as pool water flows through the reactor's constricted orifice, pressure drops and a vacuum is created — this vacuum draws ozone gas from the ozonator into the water stream, mixing it into fine bubbles. The flash reactor design provides a highly turbulent mixing zone that rapidly dissolves ozone into the water for maximum contact time and oxidation efficiency before the water returns to the pool. Flash reactors can become restricted over time from mineral scale deposits or ozone-induced material degradation — a restricted injector reduces ozone dissolution and system effectiveness. Inspect annually and replace if the orifice is visibly scaled or the system's ozone output has declined.
What is an MDV carbon destruct unit and why is it needed?
An MDV (off-gas) carbon destruct unit is a safety component in pool ozone systems that neutralizes excess ozone gas before it can vent into the equipment room or surrounding area. Ozone systems intentionally produce more ozone than dissolves into the pool water — the undissolved ozone must be safely vented. Ozone at elevated concentrations (above 0.1 ppm in air) is a respiratory irritant and can be harmful with prolonged exposure. The carbon destruct unit contains activated carbon media that catalytically converts ozone (O₃) back into oxygen (O₂) as off-gas passes through it. The carbon media must be replaced periodically — when saturated, it no longer neutralizes ozone effectively, allowing ozone to pass through into the equipment space. Replace carbon media at least annually or per manufacturer intervals. Never operate an ozone system without a functioning destruct unit in an enclosed equipment room.
Can I use generic replacement parts in my pool ozonator, or do I need OEM parts?
For most ozonator wear components, OEM or OEM-compatible parts are strongly recommended. Ozone is a highly reactive oxidizer that degrades many common materials — gaskets, o-rings, diaphragms, and tubing that work fine in standard pool plumbing may fail quickly in ozone service. OEM parts are made from ozone-compatible materials such as Kynar (PVDF), Viton, silicone, or EPDM. Using generic rubber gaskets or PVC fittings in ozone contact zones can lead to premature failure, off-gassing of degradation products, or system leaks. UV lamps must also match the OEM specification — the 185nm wavelength output for ozone generation is specific and not identical across all UV lamp types. For injectors, diaphragms (Blue-White A-600 style), and mixing chamber seals, use the manufacturer-specified part numbers to ensure material compatibility and correct fit.