A custom shower isn't a style category — it's a construction method. Framed niches with tile returns, structural or floating benches, a shower pan built to drain precisely, and tile that wraps continuously from floor to curb to wall without breaks. Murati Development builds these systems correctly, in the right order, with the waterproofing that keeps them intact.
A custom shower starts with the substrate system. Before a single tile is set, the walls and floor have to be built out in a way that will hold moisture out of the framing for decades — not just for the warranty period. We use foam board or sheet membrane waterproofing systems (Schluter Kerdi, Wedi, or USG Durock) depending on the scope and configuration. The membrane bonds to the framing, covers every corner, curb edge, and niche recess, and gets embedded in mortar or bonded directly to the backer — no gaps at transitions, which is exactly where failures begin.
Built-in niches are framed directly into the wall cavity between studs, then waterproofed as a continuous surface with the surrounding walls before tile goes in. Single niches, double stacked niches, and full-height vertical niches all follow the same principle: the niche interior — back wall and four returns — gets tiled as part of the envelope, not as an afterthought. Grout lines at the inside corners of a niche are one of the highest-risk points in any shower, and we address that with matching sanded grout, silicone color-matched at the internal corners, and appropriate tile sizing to minimize the number of cuts meeting at those seams.
Benches can be built structurally from concrete board and mortar bed, or as floating cantilever styles using reinforced backer systems. Either way, the bench surface is sloped slightly toward the shower floor to drain rather than pool. Shower pans are either mud-bed mortar pans (sloped to drain at 1/4" per foot minimum), foam pre-sloped systems, or linear drain configurations where the floor slopes plane toward one wall. The choice between a center drain and a linear drain isn't purely aesthetic — it's determined by the room layout, the tile format selected, and how the plumbing rough-in is positioned. We review all of that before the design is finalized.
Waterproofing gaps behind niches are the most common hidden failure mode. A niche cut into a shower wall creates six interior surfaces that all need continuous membrane coverage — and four inside corners where membrane panels have to lap and bond correctly. Contractors who treat the niche as a finish detail rather than a structural waterproofing zone often apply membrane only to the flat back wall, leaving the side returns partially exposed or relying on a skim coat of modified thinset as a moisture barrier. Modified thinset is not a waterproofing membrane. When water infiltrates the niche framing, it works its way into the stud cavity and can degrade the structure for years before it shows as a surface problem. Every niche we build gets full membrane coverage — back wall, all four returns, and a lapped joint at the intersection with the surrounding wall membrane.
Bench substrate failures cause cracking tile and grout within the first year. A bench in a shower is a horizontal surface under repeated load and constant moisture exposure — the combination that tests substrate integrity most aggressively. Benches built from standard drywall or improperly supported backer board develop flex over time, and flex causes grout cracks, then tile cracks, then water infiltration into the framing below. We build bench substrates from concrete board with appropriate blocking between studs, or from a mortar bed system for structural benches that need to handle real weight. The bench surface is waterproofed as part of the same membrane system as the shower walls, with particular attention to the joint where the bench meets the back wall — a corner that sees both load stress and moisture.
Shower pan slope errors and envelope tile transitions are where grout fails first. A mortar-bed shower pan that isn't sloped consistently to drain — or that has a flat spot anywhere in the field — holds standing water. Standing water in a tiled shower isn't just a maintenance problem; it's pressure on the grout joints and, over time, on the tile bond beneath. The TCNA specification for shower pan slope is 1/4" per foot minimum in all directions toward the drain. We check slope with a level during mortar bed installation, before any tile goes down. The envelope tile detail — where the floor tile folds up the curb face — is the transition most likely to develop grout cracking because it spans two planes under different stress. We use a flexible sanded grout or, on larger format tile, a color-matched silicone at that joint specifically to accommodate the movement without cracking.
Not anywhere. Niches are cut into the wall cavity between studs, which means the available depth is limited by stud spacing (typically 14.5" or 22.5" in a 16" or 24" on-center frame) and the cavity depth — usually around 3.5" in a standard 2×4 wall. You cannot place a niche where it would intersect a plumbing chase, an electrical run, or a load-bearing element without significant reframing. In most Brandon master baths, the preferred niche wall is the one opposite the showerhead — it's typically the non-plumbing wall and less likely to have obstructions. Before we frame a niche, we inspect the wall cavity with a stud finder and, if needed, a borescope to verify there's nothing in the way. Niche placement is confirmed before demo begins, not discovered partway through framing.
Several factors — not just preference. A linear drain requires the entire shower floor to slope in a single plane toward one wall, which works cleanly with large format tile (a single slope means no interrupted tile cuts around a center drain). A center drain requires a four-way slope from all sides, which is compatible with smaller tile formats but creates a crown-and-valley geometry that makes large format tiles nearly impossible to set without excessive lippage. Beyond aesthetics, the plumbing rough-in position matters: if your drain stub is centered in the slab or subfloor, relocating it to a wall for a linear drain adds cost and complexity. In a new master bath renovation where the plumbing is being roughed in from scratch, linear drain is often the cleaner choice for a spa-style floor. In a conversion of an existing shower where the drain stub is fixed, a center drain or a sloped-to-corner format is often more practical. We review the plumbing position during the initial site visit before recommending one over the other.
A master bath renovation in Brandon — including demo, waterproofing, custom shower construction, tile, and fixtures — typically runs three to five weeks for a mid-size master bath (60–90 sq ft total). The sequence matters more than the total timeline. Plumbing and electrical rough-in have to be inspected and approved before any waterproofing or backer board goes in. The shower waterproofing membrane needs 24–48 hours of cure time before tiling begins. Mortar bed shower pans need a full 28-day cure in an ideal world, though most projects proceed after 72 hours with appropriate mortar systems. Tile work runs wall-to-floor-to-niche in that order so that the grout lines align correctly at the intersections. Fixtures — grab bars, niches with glass shelves, shower door frames — come last, after tile and grout have fully cured. If your renovation also involves vanity work, flooring outside the shower, or ceiling repair, those scopes can overlap with curing periods to compress the overall timeline. We build out a sequenced schedule at the start of every project so there's no ambiguity about what's happening when.
Tell us your scope — niche count, bench type, drain style, tile format — and we'll put together a detailed proposal with no vague line items.
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