Fontana High Flow Mixer Cartridge
Fontana High Flow Mixer Cartridge
 
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Retail Price $258.00
Sale Price: $206.40
Savings: $51.60



Availability: Usually Ships in 3 to 5 Business Days
Product Code:
FSC0001
Qty:

Description Technical Specs Extended Information
 

Fontana High Flow Mixer Cartridge


Looking for a good deal on a brass mixer cartridge? Explore a wide range of the finest brass mixer cartridge on Fontanashowers.
Fits most high flow shower mixing valves. Made of the best and most durable material ensures long-lasting usage.

Fontana High Flow Mixer Cartridge Features:

  • Brand Name: FontanaShowers®
  • Model Number: FSC0001
  • Type: Cartridge
  • Material: Brass
Fontana High Flow Mixer Cartridge

Features


PRODUCT FAQ

High-Flow Valve Regulation, Ceramic Sealing Precision & Pressure-Stable Mixer Performance

This high-flow mixer cartridge integrates precision ceramic sealing, enhanced water capacity management, and reinforced pressure-balancing technology for advanced faucet systems.

How does the cartridge improve high-flow water delivery?
The enlarged internal valve channels improve water volume transfer while maintaining stable pressure regulation.
How does the ceramic sealing system improve durability?
The ceramic disc assembly minimizes internal wear and improves long-term leak resistance during repetitive operation.
How does the cartridge support smooth temperature adjustment?
The precision mixing chamber regulates balanced hot and cold water blending for consistent output control.
What supports long-term operational reliability?
The reinforced internal construction is engineered for continuous pressure cycling and high-frequency usage conditions.

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 High Flow Cartridge Response March 4, 2026
Reviewer: Vanessa Coleman, Construction Supervisor from London, UK  
Across repeated spray-mode transitions on the pullout faucet assembly, hydraulic pressure temporarily decreased by approximately five percent before recovering immediately during operation. Flow output stabilized near 1.6 GPM while articulation remained fluid without binding or mechanical resistance. Hose routing and internal valve coordination continued performing reliably during sustained residential and commercial kitchen-use simulations.

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