EXCELLENCE THAT REACHES THE CEILING

When glass rises to 260 cm, the shower wall stops being an accessory and becomes architecture. Italo H 260 takes the Italo family to new proportions, without ever losing its identity.

From the consolidated experience of the Italo line comes an evolution that redefines the dimensional limits of the shower wall. Italo H 260 brings the glass to a height of 260 cm, transforming the shower into a true architectural volume, capable of integrating with the high ceilings of next-generation contemporary bathrooms.

Presented at CERSAIE 2025, Italo H 260 responds to a growing demand in the contract and high-end residential world: shower solutions that do not compromise on aesthetics while offering excellent technical performance.

• 260cm-high

• 160cm-width (max.)

• 8mm glass width

A gesture of pure design: clean lines, generous volumes. Beauty meets extreme flexibility.

A palette that makes no compromises

The greatness of Italo H 260 is not only in its dimensions. The 8 mm glass ensures solidity and visual presence, while availability in all TDA catalogue finishes makes it adaptable to any project, from the residential bathroom to the luxury hotel.

The glass palette ranges from the classic transparent, which maximises brightness and visual openness, to the refined smoked, which adds privacy and character. For those seeking additional personality, the Flute and Wave textures introduce an interplay of light and material that transforms the surface into a decorative element in its own right.

Italo H 260 is designed for those who do not want to choose between visual impact and technical precision. The width of up to 160 cm offers great flexibility during the design phase, adapting to both more generous spaces and the bespoke solutions required by the most demanding contract contexts.

Compatibility with the entire range of TDA finishes ensures aesthetic coherence with the other elements of the collection, allowing a bathroom to be built with a precise and recognisable identity, from accessory to structure.