Fontana Senart 22" Wall Mounted Bathroom Thermostatic Shower Set With Hand Shower

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Retail Price: $3,363.75

Sale Price: $2,331.08

Savings: $1,032.67

Availability: Usually Ships in 2 to 3 Weeks

Product Code: FS15038

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Fontana Senart 22" Wall Mounted Bathroom Thermostatic Shower Set With Hand Shower

The Fontana Senart 22" Wall Mounted Bathroom Thermostatic Shower Set With Hand Shower is perfect to complement today's modern home. Built from premium materials and finished with elegance. Its turbo pressure boost nozzle technology maximizes your water pressure output performance and steady water flow to provide you a comfortable shower and prevent clogging. You may even have more time to enjoy your shower. Easy-to-install and leak-free. The design was inspired by the FontanaShowers. Be sure, when it comes to new bathroom shower set, FontanaShowers is offering shape, finish and styles you're looking for. Built for long-lasting performance with durable construction, efficient water flow, corrosion resistance, and modern styling, delivering reliability and comfort.

Fontana Senart 22" Wall Mounted Bathroom Thermostatic Shower Set With Hand Shower Features:

Brand Name: FontanaShowers®
Model Number: FS15038
Installation Method: Wall Mount
Style: Contemporary
Type: Fixed Rotatable Type
Feature: Hot and Cold
Cold/Hot Water Control Type: Auto-Thermostat Control
Function 1: Rainfall Shower
Function 2: Massage Waterfall
Function 3: Hand Shower
Shower Head Size: 22"
Shower Head Shape: Rectangle
Surface Finish: Stainless Steel
Surface Treatment: Polished
Valve Core Material: Ceramic
Color: Silver
Nozzle: Silica
Connection Type: G1/2" Standard

Average Rating: Average Rating: 4.5 of 5

4.5 of 5 Total Reviews: 2 Write a review »

1 of 1 people found the following review helpful:

Hydraulic Coordination Improved	Sunday, May 3, 2026
Reviewer: Declan Turner, Inspector from Toledo, OH

As an inspector responsible for luxury shower evaluations, I experienced hydraulic coordination drift during simultaneous outlet testing. Several spray functions briefly produced inconsistent discharge before recalibrating the internal controls restored balanced flow synchronization throughout the assembly. Following adjustment, thermal regulation remained stable during extended residential use. The thermostatic structure and brass valve routing demonstrated dependable reliability where multifunction shower systems frequently develop unstable outlet coordination.

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