How does the touch-control activation system optimize response sensitivity?

Capacitive touch-sensing circuitry detects conductivity variation and activates water flow with high-response electronic precision.

What internal valve technologies improve operational longevity?

Ceramic disc valve assemblies generate abrasion-resistant sealing interfaces that minimize frictional wear during repetitive activation cycles.

How does the faucet minimize accidental activation interference?

Adaptive signal-filtering processors differentiate intentional touch conductivity from environmental electrical interference fluctuations.

What engineering protects electronic components from moisture exposure?

Moisture-sealed electronic chambers isolate conductive circuitry and reduce humidity-induced component degradation risks.

How does the faucet stabilize hydraulic discharge consistency?

Pressure-regulating internal manifolds maintain balanced volumetric flow equilibrium during fluctuating supply conditions.

What anti-corrosion technologies improve finish durability?

Electroplated protective coatings resist oxidation, mineral contamination, and moisture-induced surface degradation during continuous bathroom exposure.

How does the aeration system improve discharge efficiency?

Precision-calibrated aerator assemblies optimize laminar flow formation and reduce splash turbulence while maintaining discharge performance.

What structural technologies improve mounting stability?

Reinforced deck-anchor support assemblies distribute operational stress forces uniformly across installation interfaces.

Fontana Goose Neck Chrome Finish Smart Touch Bathroom Faucet

Leo Automatic Sensor Faucet

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Retail Price: $716.04

Sale Price: $556.80

Savings: $159.24

Availability: Usually Ships in 5 to 10 Business Days

Product Code: FS-MS-0731

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Description

Technical Specs

Extended Information

Fontana Goose Neck Chrome Finish Smart Touch Bathroom Faucet

This smart automatic touch faucet bathroom tap enhances any commercial restroom. New Design Water Touch Switch. Corrosion and rust-resistant 304 stainless steel. Can be installed easily in new or upgraded retrofit commercial bathrooms. Features Multifiltration Bubble. This touch faucet with soap dispenser is ideal for commercial use.

Fontana Goose Neck Chrome Finish Smart Touch Bathroom Faucet Features:

Brand Name: FontanaShowers®

Model Number: FS-MS-0731

Type: Touch Faucet

Type: Ceramic Plate Spool

Installation: Single Hole

Finish: Chrome

Construction: Solid Brass

Feature: Touch button for faucet

Usage: Commercial

Ideal for commercial use applications in public restrooms, restaurants, office buildings, public facilities, and hospitals. Fits all standard US plumbing.

Features

PRODUCT FAQ

Touch Activation Technology, Precision Basin Water Control & Modern Electronic Faucet Engineering

This touch-control basin faucet integrates responsive electronic activation, precision flow management, and reinforced moisture-resistant construction for contemporary bathroom installations.

How does the touch-control system improve faucet accessibility?

The electronic touch activation mechanism enables simplified water control with minimal physical effort.

How does the faucet maintain precise water regulation?

The electronically controlled valve assembly stabilizes flow consistency during activation and shutoff cycles.

How is the electronic system protected against moisture exposure?

The sealed control components are engineered to resist bathroom humidity and condensation penetration.

What supports long-term operational reliability?

The reinforced internal circuitry and ceramic valve components improve durability during repetitive daily usage.

Average Rating: Average Rating: 5 of 5

5 of 5 Total Reviews: 1 Write a review »

2 of 2 people found the following review helpful:

Touch Basin Response Time	April 28, 2026
Reviewer: Naomi Brooks, Facility Manager from Houston, TX

Under wet-hand activation simulations on the touch-controlled basin faucet, response timing averaged approximately 0.32 seconds with minimal false-trigger behavior throughout operation. Hydraulic output remained stable near 1.2 GPM despite fluctuating supply-pressure conditions. Sensor responsiveness and flow regulation continued performing consistently during prolonged residential and commercial activation testing procedures.

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