About this asset

This parametric wood Substance material for Substance 3D provides a versatile procedural finish featuring adjustable grain and knot density. This procedural material offers a highly adaptable wood finish suitable for diverse interior surfaces. The set displays four distinct variations, ranging from a deep, uniform walnut-toned timber to lighter, blonde-toned wood species with subtle grain patterns. One variation includes visible, dark organic knots, adding character to the surface. As a parametric Substance graph, the material allows for real-time adjustments to grain intensity, colour saturation, and knot distribution. Its procedural nature ensures that the texture remains crisp at various scales without visible repetition or tiling artifacts, providing a clean, professional appearance across large-scale architectural surfaces.

The download is a 348 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 in Substance 3D, this.sbsar file functions as a dynamic graph rather than static image maps. Users can load the file directly into their workflow to adjust parameters such as roughness, grain direction, and knot frequency. This flexibility allows for rapid iteration during the look-development phase. Once the desired aesthetic is achieved, the material can be exported as standard PBR maps for seamless integration into common render engines or game development platforms.

This material is ideal for high-end residential, hospitality, and office interior projects where custom timber finishes are required. It performs effectively on joinery, custom cabinetry, feature wall panelling, and flooring surfaces. Professionals can use this asset to quickly generate realistic wood textures for bespoke furniture design or to add warmth to minimalist interior scenes. It pairs well with neutral palettes and natural materials like stone or glass, helping to maintain a cohesive, high-quality aesthetic throughout the architectural visualization process.