Luxury Brushed Rose Gold 10" Showerhead Bathroom Shower Set

Fontana Marseille Luxury Brushed Rose Gold 10" Showerhead Bathroom Shower Set

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Retail Price: $1,684.47

Sale Price: $1,204.62

Savings: $479.85

Availability: Usually Ships in 4 to 6 Weeks

Product Code: FS1201

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Fontana Marseille Luxury Brushed Rose Gold 10" Showerhead Bathroom Shower Set

This Fontana Marseille Luxury Brushed Rose Gold 10" Showerhead Bathroom Shower Set comes with solid construction for long durability that will upgrade your bathroom with a modern and cool look. Dual knob for easy flow and temperature management and a 10" round rainfall shower head that is a self-cleaning, and a hand spray for better showering experience. You may even have more time to enjoy your shower with a rainfall feeling. Effortlessly provides superior water pressure. Optimal performance even in low water pressure. This shower set can be easily put in without the need for professional skills. When it comes to new bathroom upgrades, FontanaShowers is offering shape, finish and style that you've been looking for. Modern shower system; durable construction, efficient water flow, sleek design, ensuring reliable performance and bathroom enhancement.

Fontana Luxury Brushed Rose Gold 10" Showerhead Bathroom Shower Set Features:

Brand Name: FontanaShowers
Model Number: FS1201
Style: Contemporary
Type: Rotatable Round Shower Head
Number of Handles: Dual Knob Control
Feature: Cold and Hot
Material: Brass
Shower Mixer Valve Material: Ceramic
Surface Finish: Brushed Rose Gold
Hot & Cold: Yes
Feature: Rainfall Shower
Shower Head Installation Type: Ceiling Mount
Connection: G1/2"
Shower Hose Material: Stainless Steel
Hose Length: 59 inches (1.5m)

Average Rating: Average Rating: 4.5 of 5

4.5 of 5 Total Reviews: 2 Write a review »

2 of 2 people found the following review helpful:

Outlet Variance Resolved	June 3, 2026
Reviewer: Theo Walker, Analyst from Dayton, OH

During evaluation of this shower assembly, I detected outlet variance affecting coordination between active discharge functions. Water routing briefly became inconsistent before adjusting the diverter mechanism restored balanced hydraulic performance throughout the assembly. Once stabilized, function transitions remained smooth during continuous residential use. The shower system demonstrated strong reliability where multi-function platforms commonly develop outlet-management irregularities.

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