IASO’s solar pool covers —also known as solar pool blankets— harness solar radiation to raise the water temperature, reduce evaporation, and protect the water surface from debris. Lightweight and made to measure, they are operated with a roller and help reduce energy and maintenance costs throughout the year.
A solar pool cover is a floating thermal blanket (bubble/foam) that captures heat and minimises losses when the pool is not in use. By limiting evaporation, it keeps the water warm and reduces both water replenishment and disinfectant consumption. At IASO, we manufacture it to measure for any geometry and prepare it for manual or motorised rollers; it can incorporate reinforced edges, eyelets/straps and different thicknesses/finishes depending on indoor or outdoor use. It withstands chlorine, salt and UV exposure, is cleaned with water and neutral detergent, and is not a child-safety system.
It helps extend the swimming season, reduce night-time temperature drops and save water and energy, delivering strong performance in hotels, sports centres, spas and residential settings. Related products: rollers, automatic slat covers and winter canvas covers.
Discover how our innovative solutions transform spaces and enhance experiences. Stories that inspire and showcase the essence of IASO in every project.
IASO’s new website has been awarded at the CSS Design Awards with recognitions in the UI, UX and Innovation categories, an international prize that distinguishes digital projects for their design quality, user experience and innovation.
At REBUILD 2026, IASO presented a new range of modular structures within its Textile Architecture line. The proposal responds to an increasingly common need in many projects: to create shade, protection and outdoor comfort with lightweight, adaptable and easy-to-install solutions.
More than a catalogue launch, this presentation represents a different way of bringing textile architecture to a wide variety of spaces and uses. A clearer way to understand how a lightweight roof can organise an environment, improve its habitability and expand its potential uses without resorting to heavy or visually invasive systems.