About this asset

This procedural beige ceramic tile Substance material provides a realistic, weathered floor surface for Substance 3D workflows. This procedural material features square ceramic tiles arranged in a classic running bond pattern. The surface aesthetic captures a weathered, rustic quality, with subtle variations in tone between individual tiles ranging from warm beige to muted grey. The material includes significant organic weathering effects, simulating dirt accumulation and grime within the grout lines and across the tile faces. This adds a layer of realism, suggesting an exterior or high-traffic interior environment that has aged naturally. The PBR-ready graph allows for precise control over surface imperfections, grout width, and the intensity of the wear.

The download is a 7.1 MB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Designed for use in Substance 3D, this.sbsar file allows users to dynamically adjust parameters such as wear levels, dirt intensity, and grout colour directly within the software. Once loaded, the material can be exported as a set of high-quality PBR maps, including diffuse, normal, roughness, and displacement, which are compatible with most major rendering engines. Its parametric nature ensures that tiling remains seamless across large surfaces without visible repetition or noticeable pattern artifacts.

Ideal for architectural visualisations, this material is well-suited for exterior courtyards, rustic kitchen flooring, or aged terrace paving. It pairs effectively with natural timber elements or weathered metal fixtures to enhance a lived-in, authentic atmosphere. Professionals can utilise this for residential projects where a tactile, non-uniform finish is required, or for hospitality spaces seeking a traditional, artisanal aesthetic. Search for this asset when specifying realistic floor materials, weathered paving textures, or procedural ceramic surfaces for high-end digital design and archival rendering.