Fontana Reims Rose Gold 2 Way Concealed Thermostatic Shower Mixer
Fontana Reims Rose Gold 2 Way Concealed Thermostatic Shower Mixer
 
Alternative Views:





Availability: Project Pricing Available Request Quote
Product Code:
FS2058RG
Qty:

Description Technical Specs
 

Fontana Reims Rose Gold 2 Way Concealed Thermostatic Shower Mixer


Discover unparalleled elegance with the Fontana Reims Rose Gold 2 Way Concealed Thermostatic Shower Mixer - a perfect fusion of contemporary style and FontanaShowers® quality. This bath and shower mixer embodies sophisticated design and optimal functionality for your bathroom. This commercial-grade mixer features a sleek, wall-mounted design that saves space while adding a touch of luxury with its polished rose gold surface finish. The contemporary style is complemented by a fixed support type installation, ensuring a stable and enduring presence in your bathroom. The heart of this shower mixer lies in its high-quality ceramic valve core, known for its durability and resistance to wear and tear, ensuring long-lasting performance. With a size range of 7.91"-11.85" (201-300mm) and an embedment depth of 2.16" (55mm), it is versatile enough to fit a variety of bathroom layouts. The valve panel, measuring 6.29"x6.29" (160x160mm), is designed for easy access and sleek integration into your bathroom’s design. This thermostatic mixer not only prioritizes safety with its temperature control capabilities but also emphasizes luxury with its rose gold finish and polished surface treatment. Whether you're undergoing a full bathroom renovation or simply looking to upgrade your shower system, the Fontana Reims Rose Gold 2 Way Concealed Thermostatic Shower Mixer offers unparalleled elegance, performance, and durability.

Fontana Reims Rose Gold 2 Way Concealed Thermostatic Shower Mixer Features:

  • Brand Name: FontanaShowers®
  • Model Number: FS2058RG
  • Type: Bath & Shower Mixer
  • Style: Contemporary
  • Type: Fixed Support Type
  • Surface Finish: Rose Gold
  • Installation Type: Wall Mounted
  • Control Type: Single Holder Dual Control
  • Size: 7.91"-11.85" (201-300mm)
  • Surface Treatment: Polished
  • Valve Core Material: Ceramic
  • Bath Shower Type: In-Wall Shower Mixer
  • Valve Type: Ceramic Valve
  • Faucet Handle Material: Zinc Alloy
  • Mixer Body Material: Brass
  • Valve Included: Yes
  • Embedment Depth: 2.16" (55mm)
  • Valve Panel Dimension: 6.29"x6.29" (160x160mm)
  • Connector: G1/2" (Standard)
  • Complete Shower Mixer Valve & Trim

Features


PRODUCT FAQ

Two-Way Water Diversion, Concealed Valve Installation & Rose Gold Shower Coordination

This concealed shower mixer integrates dual-function water routing, rose gold corrosion resistance, and pressure-balanced valve engineering for luxury shower systems.

How does the 2-way diverter improve shower functionality?
The integrated diverter assembly regulates controlled water distribution between rainfall and handheld shower functions.
How does the concealed installation improve bathroom aesthetics?
The recessed wall-mounted configuration minimizes exposed plumbing components for a cleaner architectural appearance.
How does the rose gold finish improve durability?
The corrosion-resistant rose gold coating minimizes humidity-related oxidation and decorative surface deterioration.
What supports stable long-term valve performance?
The ceramic sealing cartridge minimizes internal wear while improving pressure stability and leak resistance.

Average Rating: Average Rating: 4 of 5 4 of 5 Total Reviews: 1 Write a review »

  0 of 0 people found the following review helpful:
 
4 of 5 Concealed Mixer Calibration April 15, 2026
Reviewer: Talia Rogers, Interior Architect from Berlin, Germany  
Throughout concealed-mixer calibration procedures, outlet distribution initially displayed approximately five percent imbalance before cartridge tuning restored equalized hydraulic behavior across the system. Following adjustment, switching transitions became seamless without pulsation or pressure instability. Concealed brass valve architecture maintained dependable flow coordination throughout repeated multi-outlet operational evaluations and long-duration pressure-testing sequences.

Was this review helpful to you?