Delta T14259-SS Faucet Trinsic, 14 Series MultiChoice Shower Trim, Stainless

Trinsic: 14 Series Mc Shower Trim STAINLESS

Artfully designed, the 14 Series Mc shower trim brings a truly unique experience to your bathroom. Its design features a waterfall handle that allows intuitive vertical and horizontal movements for maximum control and ease of use. This trim will prove an ideal match with all Delta shower sets so you can update multiple fixtures in your home on a budget.

The Trinsic faucet (14 Series MultiChoice Shower Trim, Stainless) is part of the Delta MultiChoice Shower System. It features a clean finish, flexible pull-down hose with quick connect clip, and an eco-mode flow restrictor that provides water savings during use. The shower head features a three-function switch (off/on/pause) and allows you to target water where need it most.

Easily fit this Trinsic® shower trim with your Mc valve into Mc supported showers. This shower trim is made of stainless, for the perfect finish.

Built with choice of 14 series Mc shower head, this trim is available in a variety of finishes from matte black to stainless, to complement any shower design.

The Delta Trinsic Trim is a part of the 14 Series of MultiChoice showering, which allows you to combine any showering feature with any diverter valve trim. The Trinsic handles a flow rate up to 2.5 gpm and offers a thermostatic technology with a temperature pre-set of 49 deg C.

A new finish makes the Trinsic collection from Delta an easy choice for your bath. Clean linear styling, innovative engineering, and a cutting-edge construction process confer lasting beauty and durability to this shower trim. These products have a limited lifetime warranty for as long as you own the product.

With the Delta T14259-SS, Trinsic Faucet Company brings to market a different type of showering experience with the MULTICHAIN showerhead. This fixture has a classic and elegant appearance, and functions using the McSeries Showerhead System, an innovative approach to showering where water flows with multiple pressure points.