A swimming-pool heater with a corrosion-resistant titanium heat exchanger that withstands chlorine and salt water and outlasts standard exchangers. Engineered installation by Aurora.
Last updated: August 12, 2026
We’ll call you within the hour to confirm details and set an inspection time.
Highlights
- Titanium heat exchanger with high corrosion resistance
- Withstands chlorine and salt water
- Longer service life than standard exchangers
- Sized to your pool and installed by Aurora
What kills pool heaters is not use — it is corrosion. Chlorine, and in saltwater pools salt as well, eat through an ordinary exchanger until it leaks. A titanium exchanger solves that at the root: its corrosion resistance is very high, so it lasts far longer in the same water and the same chemistry.
Who it suits
- A saltwater pool, or one running chlorine at high concentration
- Wanting fast heat-up that reaches temperature in a short time
- A pool that runs through winter, not only in the warm season
- Having a gas boiler that could feed the pool from the same source
When it is the wrong choice
It costs more to run than a heat pump. If your pool only runs in the warm season and your priority is the lowest possible bill, the heat pump will usually save you more over time. And if your location has no natural gas, the maths shifts toward the heat pump too. We will tell you that at the survey even when it points to the cheaper product.
Why titanium specifically
Exchangers made from ordinary metals corrode in the presence of chlorine and salt, and that corrosion does not stop — it progresses until it leaks, and then the whole exchanger is replaced. Titanium’s resistance under these conditions is very high, which in practice means paying a difference once instead of paying for a replacement every few years.
The benefit you feel
A pool that reaches the temperature you want quickly, and a system you are not waiting to fail. That is the real difference between a titanium and a standard exchanger in a chlorinated or salted environment — not in the first year’s performance, but in every year after it.
The next step
Book a survey: we measure pool volume, water type and the available power source, then set the right output and the expected heat-up time. You can compare with the rest of our pool-heating solutions or start from the smart advisor.
Find the right system for your home in under a minute
A few questions about your home and usage, and you get an initial recommendation. The inspection confirms it on site.
Find your right sizeFAQ
Why does the exchanger need to be titanium?
Pool water contains chlorine, and saltwater pools contain salt as well — both corrode ordinary exchangers over time. Titanium has very high corrosion resistance, so it lasts far longer under the same conditions.
How fast does it heat the pool?
Heat-up time depends on pool volume, current water temperature, the required rise and the heater’s output. That is why we do not quote a fixed number — we calculate it for your pool at the survey and give you the expected time.
Does it work with a saltwater pool?
Yes, and that is its key advantage. The titanium exchanger is built to withstand salt water and chlorine without rapid corrosion — unlike standard exchangers, whose life is cut short in these conditions.
I already have a boiler — can it feed the pool?
In some cases yes, and it is the most economical route because you reuse an existing heat source. It depends on whether the boiler can carry the pool load alongside hot water and heating. We work that out at the survey, and if it cannot carry it we tell you straight.
Is it hard to maintain?
The exchanger itself is corrosion-resistant so it needs little intervention, but any pool system needs regular attention to water chemistry and the filtration loop. Aurora offers [scheduled maintenance](/en/services/maintenance) — neglecting water chemistry is what shortens a system’s life, not the equipment.
Is it faster than a heat pump?
Yes at reaching temperature, and it keeps working efficiently as the air cools — unlike a [heat pump](/en/products/pool-heat-pump), whose efficiency drops in cold. The trade-off is a higher running cost. The choice comes down to your priority: speed and a longer season, or the lowest running bill.
How do I know the right output?
Output is set by water volume, pool surface area, your target temperature and whether the pool is open to the air (which loses more heat). The survey measures all of it and produces the right output — so you do not pay for more capacity than you need.
Book a free inspection
Leave your number and we’ll call you, then size and fit it to your home on site — no commitment.
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