About this asset

This parametric Substance material creates a high-fidelity basket-weave synthetic fabric texture for Substance 3D workflows. This procedural material reproduces a clean, uniform basket-weave pattern characteristic of modern synthetic textiles or outdoor furniture strapping. The geometry of the weave is defined by a dense, interlocking grid that provides a consistent visual rhythm. The material properties are fully parametric, allowing for adjustments to the weave density, fibre gloss, and colour saturation. Its construction makes it suitable for tight, repetitive surfaces where standard bitmap textures might show obvious tiling or repeating artefacts. The shader ensures crisp edge definition across the woven segments, maintaining a professional finish at various scales.

The download is a 358 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 functions as a dynamic graph that generates PBR map outputs in real-time. Professionals can load the file directly into their material library to adjust parameters like colour tints, weave tightness, and surface roughness before exporting the final maps to their preferred render engine. Because it is procedural, it avoids the memory overhead associated with high-resolution bitmap textures while maintaining consistent quality across large-scale architectural surfaces.

This material is ideal for visualising contemporary outdoor furniture, modern office seating, and acoustic wall panelling in residential or commercial projects. It serves as a versatile choice for designers needing a durable, clean aesthetic for high-end interior and exterior renderings. When paired with neutral palettes, the weave adds a subtle tactile quality to surfaces, making it a reliable asset for creating realistic upholstery, decorative screens, or modular furniture elements where precise material control is required during the design development phase.