Access beneath the mat
A removable assembly allows the floor below to be inspected and cleaned without dismantling a permanent bonded lane.
The floating mat places a reusable polymer capture surface on an isolating backing rather than bonding the assembly permanently to the building floor. Its 1200 x 1200 mm footprint suits a compact personnel entrance or gowning position. The perimeter edging completes the removable unit, keeping the selected mat format distinct from a long bonded lane intended for repeated wheel contact.
A removable assembly allows the floor below to be inspected and cleaned without dismantling a permanent bonded lane.
The square format can be positioned within a small doorway approach where a long capture strip would restrict circulation.
Collected soil is removed through washing, avoiding a stack of peel-off layers that must be replaced after loading.
| Capture Material | Reusable polymer |
|---|---|
| Plan Dimensions | 1200 x 1200 mm |
| Plan Area | 1.44 m² |
| Assembly Type | Floating mat |
| Backing | 1.58 mm isolator membrane |
| Floor Attachment | Removable, loose-laid assembly |
| Perimeter | Cold-welded edging |
| Maintenance | Wash and reuse |
| Primary Traffic | Personnel entrance contact |
| Customisierung | Verfügbar je nach beabsichtigter Anwendung und Betriebsumgebung. |
Consider for gowning points, temporary controlled-area entrances and rooms where routine maintenance requires access to the original floor. Place the mat so that users naturally step across it, with adequate door clearance and no curled edges that could interrupt movement.
Use the removable square assembly and reposition it as the access route changes.
Set a washing frequency based on observed soil loading and allow the mat to dry before normal use resumes.
Specify the entry layout, preferred surface shade and edge arrangement. Confirm whether the unit must pass through a doorway for cleaning so that the selected removable format remains practical for the maintenance team.
Senden Sie uns Ihre Abmessungen, Installationsbedingungen, Leistungsziele und gewünschte Oberflächenveredelung.