MAGNELIS STEEL POOLS

The qualities of Magnelis® steel

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Magnelis® steel is an excellent choice for in-ground swimming pools today, featuring special shapes, exclusive accessories and advanced technological components at the most competitive price available today.

It stands out for its corrosion resistance, which is up to 10 times higher than any other steel, and for its speed of installation.

In addition, steel provides endless customization possibilities, with tailor-made sizes, depths, and details. Available with either skimmer or overflow technology, it allows you to create a unique swimming pool perfectly suited to your needs and preferences.

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Why magnelis steel pool?

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Corrosion resistance up to 10 times higher than any other steel.
Surface protection even in particularly aggressive environments.
Self-healing coating that ensures excellent protection on cut edges.
Fast and easy installation for any type of pool.
Self-supporting structure, suitable for semi-inground or above-ground installation.
Structure compliant with seismic regulations (“NTC 2008”) and provided with structural calculations.
100% Made in Italy and fully recyclable production.
Excellent quality-to-price ratio.
Eco-friendly: the application of the Magnelis® coating uses less zinc compared to pure zinc coatings and reduces dispersion into the soil.
Magnelis® is 100% recyclable, contains no harmful elements, and has lower CO2 emissions during production compared to other materials.

What is Magnelis®?

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Magnelis® is carbon steel coated on both sides with a zinc-aluminium-magnesium alloy, providing optimal protection for your pool structure. The panels are produced from a standard steel line and then dipped in a metal solution composed of 93.5% zinc, 3.5% aluminium, and 3% magnesium.
The 3% magnesium is crucial, as it forms a stable and durable layer across the entire metal surface, offering greater corrosion resistance at the same thickness compared to other protective coatings (such as Aluzinc or traditional hot-dip galvanizing), as illustrated in the “Corrosion Resistance” graph below.