🔹 High capacity tank

Minimizes downtime with fewer filling.

🔹 Sealed system

Prevents soap contamination and bacterial growth.

🔹 Compatible with foam or liquid soap

Can be used with different dispenser types.

🔹 Smart sense system

LED indicators warn when soap is low, power supply is low, or there's an overflow.

🔹 Fillport

Made of brass, available in various finishes to integrate seamlessly into the restroom.

🔹 Audible and Overflow Alerts

Warns of being full to prevent spillage.

🔹 Retrofit Kit Available

With Fontana's Multifeed, it is easy to upgrade any already existing soap dispenser.

🔹 It is also equipped with smart LED and audible alerts to prohibit overfilling — in a way this technology doesn't exist in traditional bulk soap dispensers by Fontana.

🔹 Bulk soap dispensers are known for harboring soap contamination that leads to outbreaks of diseases, as discovered in research conducted by public health organizations.

🔹 In fact, these fully sealed soap systems, such as the Multifeed system offered by Fontana, are regarded as most advantageous in healthcare facilities due to the absence of contamination risks.

🔹 A single Multifeed system can save up to 30% in soap wastage, translating to effective savings and "greening" the company.

✔ No contamination — Sealed system inhibits bacterial growth.

✔ Cost-effective — Uses bulk refills and dispenses soap efficiently, reducing wastage.

✔ Intelligent monitoring — LED alerts prevent overfilling.

✔ Ideal for high-traffic facilities — Maintain even supply with low maintenance.

✔ Retrofitted easily — Upgrades on existing installations.

MultiFeed topology: centralized reservoir feeding multiple dispense points via protected distribution lines; minimized refill frequency and reduced labor cycles for FM.

Dosing repeatability: consistent shot volume after commissioning; no drift observed during extended peak-traffic windows.

Sensor behavior (hands-free): stable triggering in bright ambient lighting; no nuisance actuations from reflected surfaces once detection window was tuned.

Power strategy: preferred AC/DC power logic for continuous operation; battery fallback used for resilience planning.

Ingress protection mindset: wet-zone exposure at lavatories requires sealed housings and protected cable/line routing; spec'd for commercial splash conditions.

Lifecycle serviceability: a centralized refill point shortens maintenance routes and recommends access panels sized for reservoir swap and line inspection.

✓ Line priming time and purge method documented; airlocks removed before handover.

✓ Shot volume verified against soap viscosity range; adjusted for foam vs liquid.

✓ False-trigger test performed: reflective countertop, mirrored backsplash, and high-lux conditions.

✓ Maintenance SOP issued: refill interval targets, filter/strainer inspection (if present), and seasonal viscosity considerations.

Finish & consistency: coordinated fixture appearance across multiple lavatories; avoided mixed dispenser bodies and mismatched trims.

Routing and concealment: Tubing/cabling laid out in early coordination drawings to avoid conflicts with drawer boxes, trap arms, and structural backing.

Access strategy: dedicated lockable access for reservoirs and service components, concealed from public side.

Hygiene narrative: Fully hands-free operation supports infection-control objectives without sacrificing user flow.

Coordination: confirmed rough-in elevations and cabinet clearances; prevented line pinch points and kinks.

Line protection: routed away from sharp edges and high-heat zones; used grommets and clamps at penetrations.

Pressure/flow sanity checks: confirmed stable delivery under simultaneous usage at multiple stations.

Handover package: provided as-builts showing manifold/reservoir location, line map by station, and service shutoff method.

Refill event reduction: from 16-21 daily refills across 61 dispensers to a single scheduled refill.

Complaint rate: fewer "empty dispenser" incidents due to shared reservoir capacity planning.

Consistency: same soap chemistry across restroom banks reduces user complaints and clog/maintenance variability.

Maintenance SOP: weekly visual checks + monthly line inspection + periodic purge/clean cycle as needed for viscosity changes.

System type: MultiFeed (central reservoir + distributed dispense points).

Use-case: large-scale commercial restrooms (airports, large office buildings, 5-star hospitality developments, transit facilities).

Hygiene design intent: hands-free operation supports modern infection-control protocols without compromising durability, reliability, or user experience.

Power: AC/DC or hybrid preferred for continuous duty cycles; battery-only acceptable for low traffic or where power is constrained.

Environmental robustness: specify sealed components and protected routing appropriate for wet-zone splash exposure and frequent cleaning.

Commissioning: prime/bleed lines; calibrate shot volume for soap viscosity; validate sensor stability under high-lux and reflective surfaces.

Maintenance: centralized replenishment reduces labor; periodic line inspection and purge/clean recommended; keep spare check valves/tubing on hand for rapid restore.

Risk controls: vandal resistance via locked service access; isolate zones (where possible) so a single line issue does not take down an entire bank.

Central reservoir + manifold distribution: one bulk tank feeds multiple dispensers through controlled lines, improving service efficiency.

Refill-labor compression: refill one service point instead of many individual cartridges—reduces downtime and staffing burden.

Standardized soap chemistry/viscosity: reduces variation across a restroom bank and helps avoid inconsistent dosing and clogs.

High-traffic readiness: designed for airports, campuses, hospitals, malls, and government facilities where empty dispensers are unacceptable.

Project workflow support: spec pages reference BIM/submittal positioning for AEC workflows (useful for approvals and documentation).