Why Myrtha®?
1.Long life and extensive guarantee
Swimming pools built using Myrtha® Technology have a virtually unlimited life, thanks to the structural integrity and proven characteristics of the materials used and to the advanced technological features of a modular system. This is why Myrtha® can confidently warranty its pools for many years.
2.Speed of installationn, without the possibility of mistakes
Myrtha Pools® can be built in a very short time, thanks to their pre-engineered design. The components are manufactured according to ISO 9001 standards by automated machines and shipped directly to the building site. This facilitates a timely installation process that does not require the use of heavy equipment and which reduces significantly the risk of assembly mistakes on the construction site.
3.High-level finishes
Myrtha® offers a wide range of finish details to suit the most discerning architect or client. All of the materials used are of the highest quality.
Fixed costs
Clients choose a Myrtha® pool because the purchase price is fixed and the through life costs are predictable. Also, because the installation time is comparatively short compared with reinforced concrete construction, the risk of cost overruns is significantly reduced.
4.Any size, any shape, any depth
The Myrtha® technology is adaptable to fit every type of pool project. Myrtha® is suitable for both precise competitive situations as well as the most elaborate freeform pool design.
5.Low maintenance, easy to clean and care for
Unlike traditional constructions, Myrtha Pools® do not require a significant maintenance schedule. Sturdy, built to last, and not subject to dimensional variations; a Myrtha® structure will not suffer cracks or be susceptible to leaks and is not affected by the aggressive action of chlorinated pool water.
6.Suitable for the most difficult situations
Thanks to the advantages of a light, sturdy and easily-adaptable structure, it is possible to build Myrtha Pools® in the most difficult of environments: above ground in high rise buildings, in small inaccessible spaces, on unstable soils or in areas with high water tables; in seismic zones and in the widest range of climatic and geological conditions.