WaterSense Certified

• H2Okinetic® shower technology sculpts water into a unique wave pattern, forming a powerful drench spray Gives you the feeling of more water without using more water Control volume and water temperature independently with two separate handles for more refined control of your shower experience Monitor® pressure balance valve keeps water temperature within a safe +/-3 deg F, helping to protect you from sudden changes in hot or cold water pressure H2Okinetic® spray creates a shower with more warmth, coverage and intensity The MultiChoice® universal valve allows you install one rough-in the wall and then choose from three different shower functions as well as various styles

With defined geometric angles and edges, the Ara® bath collection creates a streamlined look of contemporary elegance. DELTA® H2Okinetic® showers look different because they are different. Using advanced technology, H2Okinetic® showers sculpt water into a unique wave pattern, giving you 3X the coverage of a standard showerhead. The end result is a shower that provides more coverage, more warmth and more intensity for a truly drenching shower experience. With separate handles for volume and temperature control, this DELTA® tub/shower provides a more refined showering experience. Simply set the water at your preferred temperature and turn the shower on/off with the volume control handle - without interrupting your set temperature. DELTA® pressure balance valves use Monitor® Technology to protect you and your family from sudden temperature changes. Matte black makes a statement in your space, cultivating a sophisticated air and coordinating flawlessly with most other fixtures and accents. With bright tones, matte black is undeniably modern with a strong contrast, but it can complement traditional or transitional spaces just as well when paired against warm neutrals for a rustic feel akin to cast iron. DELTA® WaterSense labeled faucets, showers and toilets use at least 20% less water than the industry standard - saving you money without compromising performance.