what urinal screen technology includes.
modern urinal screen technology brings together several components that influence how liquid moves, drains and stays contained inside the urinal:
- drainage channels.
- drip-catching funnels.
- secure fixing points.
- raised grids.
- splash-reducing structures.
- shaped surfaces that guide flow.
stable urinal screen design.
Each feature supports the others, allowing screens to handle repeated use without losing stability or effectiveness.
controlled drainage paths.
Each feature supports the others, allowing screens to handle repeated use without losing stability or effectiveness.
the role of drip-catching funnels.
Residual drips are one of the biggest contributors to floor stains and odour. A drip-catching funnel directs these droplets downward and into the drain before they can escape onto exposed porcelain or floor edges. This feature is especially important in washrooms with heavy throughput.
the role of drip-catching funnels.
Residual drips are one of the biggest contributors to floor stains and odour.
A drip-catching funnel directs these droplets downward and into the drain before they can escape onto exposed porcelain or floor edges.
This feature is especially important in washrooms with heavy throughput.
stability features that support performance.
Screens that shift or float during flushing lose their effectiveness. Stability features help keep the screen centred and consistent. These may include:
- suction cups
- weighted bases
- reinforced edges
- bowl-matching shapes
Stability ensures the screen remains in the correct position, supporting predictable drainage and drip control.
debris protection.
A raised grid or structured surface helps stop debris from entering pipework. This protects the drainage system, prevents clogs and keeps the urinal operating efficiently. Effective debris prevention reduces maintenance needs and supports longer-term washroom standards.
reducing splashback through structure.
Splashback contributes to both hygiene issues and user discomfort. Screens that include angled surfaces or shaped structures help direct splashback downward, stopping droplets from leaving the bowl. This keeps surrounding surfaces cleaner and reduces overall contamination.
why technology matters in busy washrooms.
Busy washrooms experience higher levels of wear and more frequent use, which amplifies the importance of technology. When a screen drains quickly, remains stable and manages drips effectively, it supports cleaner conditions between cleans and prevents recurring odour formation.