About this asset

This procedural Herringbone Oak Wood Floor Substance material for Substance 3D offers a fully adjustable finish with realistic grain. This parametric material features a classic herringbone parquet layout, defined by precise, interlocking timber planks. The texture captures the organic variation of oak, showcasing subtle grain patterns and tonal shifts ranging from light natural wood to deeper walnut-brown hues. Being a procedural graph rather than a static bitmap, the material maintains high-fidelity detail across any surface area without visible repetition or tiling artifacts. The surface properties are fully PBR-compliant, including controlled roughness and bump maps that simulate the natural texture of finished wood, providing a convincing, high-quality appearance suitable for architectural visualization.

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 allows users to manipulate parameters such as wood colour, grain intensity, and plank weathering directly within the host software. Once loaded, the material can be exported as high-resolution PBR map sets for use in major render engines. Professionals can adjust the scale and rotation of the herringbone pattern in real-time, ensuring seamless integration across complex floor plans or bespoke joinery details without the need for manual UV unwrapping or tiling adjustments.

Ideal for high-end residential interiors, boutique hospitality projects, and corporate office spaces, this herringbone floor material adds warmth and tactile quality to any scene. It pairs effectively with minimalist furniture, mid-century modern décor, or luxury interior schemes where natural materials are prioritised. Architects and visualisers frequently use this asset for floor finish specifications in render packages, as it provides a realistic, non-repeating timber surface that enhances the depth and authenticity of interior perspectives during the design development or final presentation stages.