About this asset

This parametric leather Substance material for Substance 3D offers a realistic cracked grain finish suitable for high-end digital upholstery. This procedural material features a distinct, weathered leather grain with a fine, organic crackled surface pattern. It provides a tactile, high-quality aesthetic that mimics natural hide aging. The texture is optimized for PBR workflows, ensuring accurate light interaction across its surface. The material is inherently tileable, allowing for seamless application on complex geometries without visible repeating artifacts. It is supplied as a versatile.sbsar file, enabling real-time adjustments to colour, wear, and grain density directly within the host software environment, making it a robust choice for detailed interior visualizations and product design.

The download is a 666 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 parametric graph rather than static image maps. Professionals can import the file into their preferred rendering engine or 3D software to adjust parameters such as colour, glossiness, and grain intensity dynamically. Because it is procedural, users can scale the texture infinitely without resolution loss, maintaining crisp detail on both small furniture components and large-scale architectural elements like wall panelling or custom seating.

Ideal for interior designers and visualizers, this material is well-suited for high-quality renderings of bespoke furniture, such as club chairs, ottomans, and executive desk pads. It integrates seamlessly into luxury residential projects, boutique hotel lobbies, and high-end office fit-outs where authentic material representation is required. Architects may use this texture to define soft furnishings, leather-wrapped architectural details, or custom cabinetry finishes. It pairs effectively with natural timber, brushed metals, and soft textiles to create a layered, sophisticated aesthetic in any digital space.