About this asset

This procedural woven fabric Substance material is a native.sbsar asset, featuring a tight, consistent textile weave pattern. This material features a highly uniform, tight-knit weave characteristic of contemporary upholstery fabrics. The procedural generation ensures a high level of detail without visible repetition, making it suitable for both close-up renders and large-scale furniture surfaces. The texture captures subtle variations in thread density and depth, providing a realistic tactile quality that reacts accurately to light. This file is versatile, allowing for infinite colour variations and adjustment of surface parameters directly within the Substance environment, ensuring it integrates seamlessly into diverse interior design schemes ranging from minimalist residential to high-end commercial spaces.

The download is a 317 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

As a parametric.sbsar file, this material is designed for use within Substance 3D and compatible host applications. Users can expose parameters to adjust the weave scale, thread colour, and surface roughness directly in their host software. The procedural nature eliminates the need for manual tiling adjustments, as the underlying graph generates infinite variation. Simply load the file into your material library, apply it to geometry, and tweak the procedural inputs to achieve the desired look for your scene.

Ideal for upholstery applications, this fabric material is essential for visualising sofas, armchairs, and acoustic wall panels in residential, hospitality, or office projects. Its neutral yet adaptable texture works well alongside wood, metal, or stone finishes. Professionals searching for a clean, modern textile will find this asset useful for staging furniture in architectural visualisations. It pairs effectively with contemporary soft furnishings and provides a refined aesthetic for interior scenes requiring high-fidelity material representation without the overhead of heavy bitmap textures.