About this asset

This procedural ceramic mosaic tile Substance material for Substance 3D offers infinitely tileable surfaces with adjustable parameters. This procedural material features a classic round penny-tile mosaic pattern, rendered with a high-gloss finish typical of glazed ceramic. The geometry of the individual circular tiles is uniform, set within a subtle, slightly recessed grout line that provides realistic depth and shadow play. The material is fully parametric, allowing users to modify the tile colour, grout width, and surface imperfections directly within the Substance environment. Its clean, geometric aesthetic makes it an ideal choice for creating pristine, high-end surface finishes for both modern and contemporary interior design schemes across various applications.

The download is a 451 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Designed for use as a Substance 3D material, this sbsar file functions as a dynamic graph rather than a static texture map. Users can load this directly into any supported host application or rendering engine, adjusting parameters such as colour variation, glossiness, and grout depth in real-time. Because it is procedural, the material remains sharp at any scale without visible tiling artifacts, providing a seamless finish across large surfaces like bathroom walls, kitchen backsplashes, or pool surrounds.

This material is essential for architects and interior designers working on residential or commercial projects requiring high-quality, realistic tiling solutions. It is perfectly suited for wet zones including bathrooms, spas, and pool areas, as well as decorative feature walls in hospitality or healthcare facilities. Professionals can easily pair this with neutral stone or timber elements to create a balanced, modern palette. Search for this asset when specifying penny-round mosaic finishes, procedural ceramic materials, or high-end bathroom wall cladding for detailed architectural visualisations.