Rubber Decker completed rubber surfacing work around the indoor pool at Quality Inn in Midland, Ontario. This verified commercial project demonstrates a clean, continuous finish around a curved pool deck in an active hospitality environment.
Quality Inn Midland project overview
- Client: Quality Inn
- Location: Midland, Ontario
- Application: Indoor commercial pool-deck surfacing
- Contractor: Rubber Decker
The problem: a failed epoxy pool-deck coating
The pool deck had previously been coated with epoxy, but that system failed within approximately one year. Before installing the new rubber surface, Rubber Decker removed the failed epoxy so the replacement system would not be installed over a compromised coating.
Surface preparation before installation
Removing the failed material was an essential part of the project. The exposed base could then be evaluated and prepared before the rubber-surfacing installation began. This project illustrates why the condition and compatibility of an existing coating matter when resurfacing an indoor pool deck.
A continuous finish around a curved indoor pool
The completed surface follows the pool’s curved perimeter, steps, ladders, drains and surrounding access areas. The neutral colour complements the existing brick, tile and pool finishes without overpowering the room.
Commercial pool-deck planning
Indoor pool environments require careful surface preparation, clean transitions and attention around fixed features. Rubber Decker evaluates the existing substrate, drainage, layout and intended use before recommending a rubber-surfacing system.
Serving Midland, Barrie and communities across Ontario
Rubber Decker has served Ontario customers since 2016. Primary service areas include Barrie and surrounding communities, Durham Region, the Greater Toronto Area and Oakville, with commercial projects considered across Ontario.
Request a commercial rubber-surfacing estimate
Planning an indoor pool, hotel, recreation facility or other commercial surface? Contact Rubber Decker to discuss your project.