Yes. BathSelect carries commercial-focused categories including commercial touchless bathroom faucets,
touchless faucet + soap dispenser combinations, and commercial restroom systems such as
flush/urinal solutions—supporting both new-build and retrofit projects.

• Commercial touchless bathroom faucets
• Touchless faucet + soap dispenser combinations
• Automatic soap dispensers (countertop and commercial-grade)
• Touchless flush systems and restroom system categories
• Urinal system categories for commercial restrooms

Use standard touchless faucets for straightforward, low-complexity installations. Specify temperature-control touchless
when your project requires user comfort, controlled mixing, or policy-driven temperature limits (common in healthcare,
hospitality, and office campuses). Confirm mixing method, serviceability, and access to controls (above-deck vs. below-deck).

• Soap type compatibility (foam vs liquid) and viscosity range
• Refill method (top-fill vs cartridge) and service access
• Power (battery life targets, low-battery alerting)
• Drip control and anti-clog maintenance expectations
• Mounting method and reach alignment with sink geometry

Treat the sink zone as a single user workflow: approach → dispense soap → rinse → dry → exit. Keep sensor activation zones
consistent, align spout trajectories to reduce backsplash, and coordinate dispenser placement to prevent cross-traffic.
For multi-lav, use repeatable spacing and consistent mounting heights for speed of use and reduced confusion.

• Hygiene workflow: minimize touchpoints (faucets, soap, flush, doors where possible).
• Reliability: stable sensor performance, robust valves, tamper resistance.
• Maintenance speed: fast access panels, standardized parts, clear service paths.
• Water efficiency: match flow rates to local code and user expectations.
• User clarity: intuitive activation zones, visible status cues, consistent placement.

Confirm activation distance, response time, shutoff delay, and “cleaning mode.” In high-traffic environments,
avoid over-sensitive tuning that triggers false activations. Prioritize fixtures with reliable sensing in
variable lighting, reflective finishes, and different hand sizes (including children).

Hardwired systems reduce battery labor, while battery systems can simplify retrofits where power is limited.
For critical facilities, consider hybrid/backup strategies, clear low-battery alerts, and standardized battery
programs to reduce downtime.

• Match spout reach + aerator pattern to basin geometry (depth, slope, drain position).
• Limit excessive flow that overwhelms shallow basins.
• Use consistent mounting heights and repeatable basin models across the project.
• Align soap dispenser output with basin center—avoid dispensing onto counters.

Use repeatable modules: faucet + dispenser + drying path. Maintain consistent spacing and clear shoulder-to-shoulder
clearance. Provide at least one accessible approach and ensure mirror/hand dryer placement doesn’t create cross-traffic.

Prioritize tamper-resistant hardware, stable flush volume control, and service access. Confirm compatibility with
supply conditions (pressure ranges), local code requirements, and maintenance programs (battery/hardwire,
sensor window cleaning, and gasket service intervals).

• Ventilation effectiveness (exhaust placement, negative pressure strategy)
• Materials: non-porous surfaces, easy-clean partitions, sealed joints
• Hands-free fixtures to reduce contamination transfer
• Reduce standing water with correct slopes and basin/drain pairing

• Mounting heights and reach ranges for fixtures and dispensers
• Clear floor space at accessible lavatories
• Mirror bottom edge height and knee/toe clearance
• Approach clearances at doors/turning radii

• False triggering: tune sensor range, avoid reflective misreads, ensure stable mounting.
• Clogging/soap issues: confirm soap compatibility and maintenance schedule.
• Low power downtime: battery programs, alerts, or hardwired where possible.
• Hard-to-service installs: ensure access panels and standardized parts.