About this asset

This procedural white foam Substance material is a 2K SBSAR file designed for Substance 3D, featuring organic, bubble-like surface topology. This procedural material generates a realistic foam surface characterised by irregular, high-contrast bubble formations. The texture exhibits a complex interplay between opaque white foam clusters and darker, translucent voids that suggest depth and liquid saturation. Its appearance mimics the aeration found in soaps, detergents, or agitated water surfaces. As a parametric asset, the material allows for precise control over bubble density, size, and surface glossiness, providing a versatile solution for creating convincing fluid-based surfaces. The absence of baked-in lighting ensures that the material responds naturally to scene-specific illumination and reflections in any 3D environment.

The download is a 287 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Utilise this SBSAR file within the Substance ecosystem or compatible host software to dynamically adjust the material parameters. The parametric nature of the graph allows for real-time modification of the foam density and scale, ensuring the surface remains sharp at any zoom level. Simply load the file into your material editor, map it to your geometry, and tweak the exposed sliders to match the desired fluid viscosity and surface turbulence for your specific render requirements.

Ideal for architectural visualisations requiring high-fidelity fluid surfaces, this foam material is suitable for kitchen and bathroom interior scenes, spa designs, or industrial product renders. It pairs effectively with ceramic, glass, and polished metal surfaces to enhance the realism of water-based elements. Professionals searching for procedural liquids, soap textures, or realistic surface aeration will find this asset essential for creating convincing, high-detail water features, cleaning product simulations, or atmospheric environmental effects in both commercial and residential project portfolios.