The Floriade series is composed of a square section column made of 6063-T6 second fusion extruded aluminium with a natural anodised aluminium finish to increase thermal dissipation and provide the series with a high degree of resistance to environmental aggressiveness and vandalism. In turn, Floriade integrates a high-performance IP68 LED lens system equipped with an optical module encapsulated in an inert atmosphere of Argon gas (APS).

The symmetrical profile of the column allows the luminaire to be oriented on any of the 4 sides, offering a variety of optical combinations at different heights. It also has an anchoring system inside for the integration of equipment and auxiliary elements, giving the series a wide variety of technological configurations.

The Floriade series assembly consists of a square 6063-T6 second fusion extruded aluminium column with a natural anodised aluminium finish for greater heat dissipation, and an integrated luminaire with IP68 high performance LED lenses equipped with an optical module encapsulated in an inert atmosphere of Argon gas (APS).

The symmetrical profile of the column allows the luminaire to be oriented on any of the 4 sides, permitting different optical combinations at different heights.

The structure has rails inside it that facilitate the anchoring of equipment in any position, offering the ensemble a variety of technological configurations and integration of auxiliary elements.

The modular integration of highly recyclable materials such as aluminium and tempered glass of 100% natural origin, allows the useful life of the elements to be expanded and guarantees the circularity of each of its parts, thus minimising its total cost of ownership (TCO) and its environmental cost. With a zero carbon footprint, the predominant use of aluminium makes the Floriade series one of the most carbon neutral luminaires on the market. Following the latest revision of ISO 14001, and the implementation of the sustainability master plan, SETGA has driven the design of a long-term recycling system for each component of the Floriade series.