Odra is Gala's new faucet collection, a series that stands out for the modern and elegant aesthetics of its pieces, with rounded lines that inspire fluidity, and for its great versatility. Odra is a very complete collection, in which it is possible to find multiple designs of single-lever faucets for wash basin, bidet, shower, bathroom and kitchen with different characteristics and installation options.

Thus, it presents four models of washbasin taps: a single-lever mixer that is committed to sustainability in the bathroom by incorporating the cold opening system (thanks to this technology, the tap only allows cold water to come out from the central position of the handle and to activate the hot water it has to be taken to the left stop, achieving significant energy savings compared to a conventional single-lever mixer) and a flow limiter at 5 litres per minute; a single-lever mixer with the same design and characteristics as the previous one but with a high spout (30.3 cm); a third single-lever mixer with a modern rounded silhouette with a side handle and rotating spout; and finally a single-lever mixer for recessed installation (spout of 17.7 cm), ideal for high basins on the worktop. As in all the previous cases, the single-lever bidet mixer also includes a flow limiter.

For its part, the Odra collection offers multiple possibilities for shower and bath, being able to choose with or without shower equipment and with or without bath taps. In all cases, the models incorporate a flow limiter at 8 litres per minute, favouring daily water savings. For showers, there are also different built-in single-lever mixers and the possibility of integrating a high-flow (20 cm in diameter) top sprinkler and an easy-to-clean anti-lime system. 

For those who seek to homogenize the style of their home, the Odra collection also has proposals for kitchens. On the one hand, a single-lever mixer with a high, very elegant, rotating spout, with a cold opening system; and, on the other, a single-lever mixer to be fitted very conveniently thanks to the rotating movement of the lower spout.