A modern walk-in shower was selected to ensure permanent watertight protection and easier maintenance. The updated design included light marble-patterned composite panels for a clean, uniform appearance. A dual-panel clear glass sliding door system with chrome handles was installed to improve access and eliminate the need for a shower curtain. Built-in corner shelving replaced the older rack storage, while a new corner bench was integrated for comfort and convenience. The base was upgraded to a slip-resistant platform for safer use.
The new shower system used seamless grout-free wall panels in a polished stone pattern with antimicrobial protection. An inorganic moisture-resistant backer board was placed behind all surfaces to reinforce the structure and ensure long-term durability. A chrome handheld shower fixture with slide bar and diverter was installed for flexible use, along with a diagonal safety grab bar mounted to wall reinforcement. All materials used meet or exceed bathroom code compliance for wet-zone environments.
Installation began with complete removal of the original tile, backer, and tub to the studs, followed by inspection and correction of any water damage. New plumbing lines were installed before setting the shower base, corner bench, and composite wall panels. Fixtures and glass doors were fitted with exact alignment to ensure proper sealing. Protective floor coverings were used during the process, and a full cleanup was performed before the walkthrough and customer sign-off.
Features presented by the representative:
* Full tub-to-shower conversion with walk-in access
* Grout-free white marble-style composite wall panels
* Inorganic moisture-resistant backer system
* Corner bench with molded base
* Chrome fixtures and handheld spray wand
* Sliding dual-panel glass enclosure
* Built-in corner shelves for product storage
* Diagonal safety grab bar with wall reinforcement
* Multi-day professional installation and cleanup
* Lifetime transferable warranty covering product and labor
* Antimicrobial protection on all wet-zone surfaces