About this asset

This beige penny round ceramic tile PBR material features a glossy surface finish, supplied with full map support for 2K rendering. This material replicates a classic penny round mosaic tile pattern, characterized by small, uniform circular ceramic chips set in a tight grid. The tiles exhibit a subtle variation in beige tones, creating a soft, warm aesthetic, while the interstitial grout lines remain a consistent, neutral white. The surface of each tile is finished with a high-gloss glaze, providing realistic light reflections and depth when rendered. The geometry is perfectly circular, maintaining a clean, balanced look that is suitable for both contemporary and traditional interior design applications, particularly in wet areas.

The download is a 14.8 MB compressed archive with the texture set at 2K with colour, normal, roughness, ambient occlusion and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Professionals can integrate this PBR material by loading the provided albedo, displacement, normal, roughness, and ambient occlusion maps into their rendering engine's material editor. Given the 2K resolution, this texture is optimized for mid-to-close range shots. Users should apply the normal and displacement maps to capture the depth of the grout lines and the slight curvature of the individual tiles, ensuring a realistic interaction with scene lighting and preventing a flat appearance on large surfaces.

Ideal for bathroom and kitchen splashback designs, this penny round tile material adds texture to minimalist and mid-century modern interiors. It pairs effectively with natural timber cabinetry, matte black fixtures, or white marble countertops. Architects and interior designers will find this asset useful for residential renovation projects, hotel washroom visualisations, or boutique retail spaces. Search for this material when specifying classic mosaic surfaces that require a clean, repeatable, and high-quality finish for floor or wall applications in high-traffic or wet-room environments.