About this asset

This parametric wall paint Substance material for Adobe Substance 3D offers a versatile, tileable brushed plaster finish. This procedural material provides a realistic, textured wall paint finish characterized by subtle, vertical brush strokes and an organic, slightly uneven surface profile. The material captures the depth of hand-applied plaster, with fine imperfections that catch light and create soft shadows across the surface. Because it is a parametric Substance graph, the colour, surface roughness, and intensity of the brush-stroke relief can be adjusted in real-time. This ensures a high degree of control over the final aesthetic, allowing for consistent application across large interior surfaces without visible repetition or tiling artifacts.

The download is a 297 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 within the Substance 3D ecosystem, this.sbsar file allows users to dynamically adjust parameters such as hue, surface grain, and bump intensity directly within the software or via supported host applications. Professionals can drag and drop this material onto geometry, then tweak the procedural settings to match specific project requirements. It integrates seamlessly into PBR rendering pipelines, providing high-fidelity maps that respond accurately to scene lighting and environmental conditions without needing complex UV unwrapping.

Ideal for interior design projects requiring authentic, tactile wall finishes, this material excels in contemporary residential, hospitality, and office spaces. It provides a sophisticated backdrop for minimalist interiors, adding depth to feature walls or full-room applications. Architects and visualisers can use this to achieve a high-end, bespoke plaster look in renderings, pairing it with clean-lined furniture or natural materials like timber and stone. It is particularly effective for achieving a subtle, artisanal aesthetic in high-quality architectural visualisations where surface detail is paramount.