Custom Renovation

Material guide

Stone that bends

A sintered mineral sheet, 1.5 to 10 mm thick, carrying the face of natural stone. It goes up like a large-format tile, follows a curve without cuts, and puts a fraction of the load on the wall that a slab would.

Two workers carrying a large sheet of flexible stone that bends under its own weight
A 1200 × 3000 sheet — three and a half square metres of stone face — carried in by two people.
1.5–10 mm
Sheet thickness across the range
3.60 m²
Largest standard sheet, 1200 × 3000
No resin
Fully inorganic binder system
28
Positions in the range

What it actually is

Not stone sliced thin

Flexible stone is a sintered mineral sheet: natural sand, stone powder and quartz sand held together by an inorganic emulsion, formed under controlled heat and finished with the grain, pitting and shadow of the rock it copies. There is no organic adhesive anywhere in it — which is why it behaves the way it does in a fire test, and why it does not yellow on a south wall.

The flex is the point. A sheet bends under its own weight on the way in and takes the curve of a column or a bullnose without a single mitred corner. Thicknesses run from 1.5 mm on the stone-mimic faces up to 10 mm on the deep-relief ones, so one range covers both a smooth honed granite and a split-face wall.

A caliper on the edge of a flexible stone sheet, showing how thin it is
Measured at the edge: millimetres, not centimetres.

Where it goes

Four surfaces on one building

The same sheet does the interior wall, the column, the soffit and the facade — one material to schedule, one texture running through the building.

Axonometric diagram of a building showing flexible stone on the ceiling, indoor wall, curved column and outdoor wall
  • Indoor wall

    Feature walls, lobbies and corridors in full-height runs, with the joints where you draw them rather than where a tile module happens to land.

  • Curved column

    Round columns, arches, bullnoses and shaped reveals. The sheet is bent on site, so a curved run costs about what a flat one does.

  • Ceiling

    Soffits and vaults. Low weight is what makes this sane — the fixing detail carries a sheet, not a slab.

  • Outdoor wall

    Facades and tired elevations that need a new skin. Non-combustible, waterproof and UV-stable, and light enough for high-rise re-cladding.

Three jobs it does well

Where it earns its place

Hotel lobby column wrapped seamlessly in pale travertine-textured flexible stone

Curves without cuts

A round lobby column wrapped in one continuous travertine face — no mitres, no corner pieces.

Restaurant interior where the stone-textured surface runs from the wall over a vaulted ceiling

Wall into soffit

The same face turns the corner and carries on across a vaulted ceiling as one surface.

Older building half re-clad in warm sand flexible stone, scaffold still standing on the untouched half

Re-clad, not rebuild

An older elevation gets a new skin without adding the dead load of a stone facade.

Gloved hands pressing a thin flexible stone sheet onto a wall combed with adhesive
Bonded like a large-format tile, then trimmed at the edge.

On site

It goes on like tile, not like stone

The sheet is bonded to a prepared substrate with a notched trowel and pressed flat against whatever is behind it, curve included. One sheet closes up to 3.6 m², so a wall goes up quickly and there are fewer joints to line through.

  • No mitres or corner pieces on a curved run — the sheet takes the radius.
  • Low dead load, which is what makes high-rise facades and old buildings viable.
  • Made to order, engineering sizes cut to the project rather than to a SKU list.

Performance

What the inorganic system buys you

  • Non-combustible

    Fully inorganic: no deformation and no harmful smoke at high temperature, written to meet the fire acceptance rules for public buildings.

  • Waterproof

    Weather-resistant through freeze, damp and salt air, which is what puts it outside as readily as in a wet room.

  • UV-stable

    No resin to yellow. The colour that goes up on a south elevation is the colour that stays.

  • Low dead load

    A fraction of the weight of the slab it imitates — the reason it works on high-rise facades and old buildings.

Sizes

Standard sheets

Individual positions run to 3200 × 1200 mm. Engineering sizes are cut to the project — send the elevation and we will come back with what the factory can press.

SheetAreaImperialArea
600 × 1200 mm0.72 m²24" × 48"8 ft²
1200 × 2400 mm2.88 m²48" × 96"32 ft²
1200 × 3000 mm3.60 m²48" × 120"40 ft²

How it is made

Six steps, one traceable line

  1. Step 1BatchingSand, stone powder and quartz proportioned and mixed. No organic adhesive goes in.
  2. Step 2PressingThe mix is compression-moulded into a sheet of even thickness.
  3. Step 3SinteringHigh-temperature sintering sets the mineral structure, and the flex that comes with it.
  4. Step 4SurfacingThe face is worked to the texture of the position — honed, split, fluted or woven.
  5. Step 5Inspection and cuttingSheets are checked, then cut to the ordered size, engineering sizes included.
  6. Step 6PackingCrated flat and loaded for the container.

Quote it by the reference code

28 positions across three families — stone mimic, vein flow and artisan craft. List the codes and quantities and we come back with the factory price, packed and delivered.

See the 28 positionsOr call (916) 953-0134
CallCatalogue