About this asset

This procedural painted plaster Substance material for Adobe Substance 3D provides a versatile, tileable finish for wall surfaces. The material presents a realistic, fine-textured plaster surface featuring subtle variations in paint application and surface wear. The finish captures the organic inconsistencies of a hand-applied coat, including slight tonal shifts and minor scuffing that suggest a lived-in, authentic aesthetic. Designed as a parametric graph, it allows for adjustable colour parameters, enabling users to modify the base hue to suit specific interior palettes. The surface quality ranges from matte to soft-satin, effectively diffusing light to create a soft, natural appearance that integrates seamlessly into modern or minimalist architectural environments.

The download is a 420 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Utilising the.sbsar format, this material integrates directly into any Substance-compatible pipeline. Users can adjust parameters such as colour, roughness, and surface distress intensity in real-time to refine the look without needing to re-export textures. Once applied to geometry, the procedural nature ensures infinite tiling without visible repetition or seams. It is best mapped with standard UV coordinates, where the parametric engine handles the distribution of surface details to maintain high fidelity at various scales.

This plaster finish is ideal for contemporary residential interiors, boutique hospitality projects, and high-end office fit-outs. It provides a tactile, sophisticated backdrop for feature walls, corridors, or minimalist living spaces. Architects and visualisers can pair this material with timber joinery, polished concrete, or brass accents to enhance the depth of a space. Use this asset when aiming for a refined, authentic wall aesthetic that avoids the artificial look of standard flat colours, specifically in projects requiring high-quality, scalable wall finishes.