About this asset

This parametric Substance material creates a high-quality weathered stone tile surface, ideal for architectural visualisation. This procedural material offers a realistic depiction of square-cut stone tiles with a distinctively weathered finish. The surface features subtle pitting, natural colour variations, and realistic edge wear, capturing the character of aged masonry. The material is provided as a parametric graph, allowing users to adjust parameters such as surface roughness, tile colour, and the intensity of the weathering effects. Its grid-based layout is structured for seamless tiling, ensuring no visible repeating patterns across large floor or wall surfaces. The texture provides a balanced aesthetic suitable for both interior and exterior architectural applications.

The download is a 7.3 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 within the Substance 3D ecosystem, this.sbsar file functions as a dynamic graph. Users can import the file directly into their host application to generate PBR map outputs in real-time. By modifying the exposed parameters, designers can fine-tune the tile appearance to match specific project requirements without needing to swap source images. It serves as a flexible asset for rapid iteration, providing consistent quality across diverse lighting conditions in 3D rendering workflows.

This material is well-suited for high-end residential and hospitality projects where natural stone textures are required for flooring, feature walls, or facade cladding. It pairs effectively with minimalist furniture and contemporary architectural elements, enhancing the tactile quality of a space. Professionals searching for procedural stone textures, tileable masonry shaders, or realistic floor materials will find this asset versatile for various rendering tasks. It is particularly useful for achieving authentic, weathered finishes in both interior design and exterior landscaping visualisations.