Delta Faucet T4759-FL Trinsic Floor Mount Tub Filler, Chrome

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Feature

1-hole installation
Rigid slip-on spout
8-Inch long, 41-Inch high
37-Inch from deck to outlet
Single function pressure balance cartridge

Description

This contemporary freestanding tub filler helps elevate the look of a bathroom while still offering a number of the smart solutions customers have come to expect from the Delta brand. This new product blends seamlessly with Deltas Trinsic, Compel and Grail bath collections to bring more versatility to the bathroom design and remodeling process, especially for environments reflecting the urban design trend. The tub fillers clean, tubular shape and accompanying side-mounted hand shower feature a laminar flow for a more soothing water stream. The result is a functional and contemporary solution. Delta freestanding tub fillers feature a separate hand shower with a pivoting arm, allowing it to lean over the tub after use. Flowing at a rate of 2.0 gpm, the hand shower features Touch-Clean Technology. Touch-Clean soft rubber spray holes allow users to easily wipe away calcium and lime build-up from the spray face of the hand shower with the touch of a finger. This pressure balanced freestanding tub fillers come with a 13/14 MultiChoice Universal Valve cartridge. In 2006, the tub/shower industry was transformed by the introduction of Delta Faucet Company's MultiChoice Universal Valve, which enables users to make functional and stylish trim changes without ever changing the valve in the wall. One valve offers three function options: single-function pressure balance, dual-function pressure balance and a new dual-function thermostatic valve cartridge. Delta Faucet Company is the first and only manufacturer to offer the ability to install both pressure balance and thermostatic cartridges in one valve. Delta freestanding tub fillers flow at a rate of 6-9 gpm, cascading the water out in a laminar flow for an elegant look while filling the tub. Single-hole, one-post installation design allows flexibility in the location of the rough-in valve .