GetPartFound: Scan · ID · Buy · Fabricate
6221EWBN

Moen Cia Motionsense Wave Touchless Single Handle Bathroom Sink Faucet in Brushed Nickel - 6221EWBN

by Moen

HardwarePlumbingPlumbing Fixtures

Manufacturer part number6221EWBN
Plumbing Deals SKUMOE6221EWBN
UPC / GTIN026508337820
AvailabilityOut of stock at Plumbing Deals, as of 18 Oct 2026
$795.11 at Plumbing Deals · as of 18 Oct 2026

Out of stock at Plumbing Deals

Check stock at Plumbing Deals

Affiliate link: you pay on Plumbing Deals' site, under its shipping and returns. We may earn a commission. Delivery time is shown on Plumbing Deals' site.

Plumbing Deals prices are from its product feed as of 18 Oct 2026, not live; a 'Pack of' price is for the whole pack. The current price and stock are on Plumbing Deals' own page.

Description

From Plumbing Deals' product listing.

The Cia suite offers the best of Modern style and technology in one strikingly stunning faucet. The spout's contemporary curves and handle's defined edges combine with elegant details for a look that feels classic, yet fresh. A wide range of finish choices offers options to blend seamlessly with any Bath decor. Equipped with Moen's MotionSense Wave touchless technology, the faucet features a single sensor on the faucet base that provides hands-free control, so users can turn water on and off with just the wave of a hand - perfect for when hands are too messy to touch the handle. Fixtures with MotionSense Wave also help to prevent the spread of dirt and germs, since there's no need to touch the fixture to start water flow. WARM AND INVITING: Brushed Nickel finish provides a lightly brushed warm-grey metallic look ONE SENSOR: featuring single-sensor touchless activation, MotionSense wave allows you to easily turn water on and off with the wave of a hand. No need to touch the faucet with dirty or wet hands. BATTERIES INCLUDED: Includes 3 AA Batteries, eliminating the need for a dedicated outlet (optional AC power available) WATERSENSE CERTIFIED: Meets EPA WaterSense criteria to conserve water without sacrificing performance