[Stone] Polished Textures

Polishing does something to stone that no other finish does: it makes the surface optically transparent to a shallow depth, so light enters the crystal structure, scatters, and comes back out. That is why polished marble looks lit from within while a matte cut of the same block looks like chalk. Reproducing polished stone with a glossy roughness value alone always falls short of that depth. This collection covers polished marble, granite, travertine, and honed limestone.

License

Free for personal and commercial use. No attribution required. Commercial games, film, architectural visualization, and client work are all permitted. No credit, no backlink, no permission request needed. You may not resell or redistribute the texture files themselves as a texture pack.

What's in this collection

• Polished marble — mirror finish with directional veining running through the body. Countertops, flooring, lobby cladding.
• Polished granite — hard crystalline speckle with strong point highlights. Worktops, monuments, commercial facades.
• Travertine — filled and polished with visible pore structure and banding. Floors, wall panels, spa interiors.
• Honed limestone — smooth but low-gloss, soft and even in tone. Contemporary interiors, bathrooms, feature walls.

All tiles are seamless in both directions and delivered at high resolution.

Where polished stone is used

Architectural visualization. Kitchen worktops, bathroom surfaces, lobby floors, and cladding. Polished stone is a premium specification, so it draws attention in a render and is compared directly against real slab samples.

Product visualization. Studio surfaces for cosmetics, jewellery, and food photography where a stone slab is the standard backdrop.

Game environments. Palaces, museums, corporate interiors, and monuments where wealth or institutional weight is the intended read.

Film and set design. Interiors requiring reflective floors that interact convincingly with practical lighting.

How to use these in Blender

1. Import the texture into a Principled BSDF, connecting RGB to Base Color.
2. Set Roughness very low, 0.02–0.1 for polished and 0.3–0.45 for honed, and vary it slightly with a noise input so the reflection is not perfectly uniform.
3. Raise Subsurface a small amount with a radius matched to the stone color. This is what produces the internal glow of marble and it is usually the missing ingredient.
4. Skip bump almost entirely on polished finishes — the surface is genuinely flat, and adding relief undoes the polish.

How to use these in Unreal Engine 5

1. Import the texture and create a new Material with Metallic at 0 and low Roughness.
2. Check the tiling against real slab dimensions. Marble veining has a scale, and repeating a vein pattern every 60 centimetres is instantly recognisable as fake.
3. Place reflection captures carefully. Polished stone floors are dominated by what they reflect, so probe placement affects the result more than the texture does.
4. Use Clear Coat or a subsurface term to add the sense of depth beneath the surface.

How to use these in Unity

1. Drop the texture into your project's Assets folder.
2. Create a Material with a Standard or Lit shader and assign the texture to Albedo.
3. Set Smoothness high, around 0.85–0.95 for polished finishes and 0.5–0.6 for honed.
4. Add a reflection probe and, for floors, a screen-space reflection setting — without them polished stone collapses into flat color.

Tips for polished stone specifically

Veining must be large. The single most common error is tiling a marble texture so tightly that the veins repeat within a visible floor area. Use large slabs, randomised offsets, or blended variants instead of increasing tile density.

Polish is never perfect. Real installed stone carries faint swirl marks from the polishing wheel and light scuffing in traffic areas. A trace of roughness variation reads as an actual surface rather than a shader preset.

Give it something to reflect. A polished floor in an empty scene is indistinguishable from a matte one. Ceiling fixtures, windows, and nearby geometry are what make the finish visible at all.

Browse the collection

Stone textures are organized into volumes, each containing multiple packs. New volumes are added continuously.

View the full Stone collection →

Related: Tile textures for cut-format stone flooring, Wall textures for the surfaces stone cladding attaches to.