About this asset

This Christmas tree ornament Substance material set provides three procedural holiday designs for Substance 3D in a single file. This collection features three distinct festive patterns rendered as a high-gloss, reflective plastic material. The set includes a red finish with white bell motifs, a green finish with white poinsettia detailing, and a red finish with intricate white snowflake graphics. As a procedural Substance graph, the material allows for precise control over the base colour, glossiness, and the scale or distribution of the decal elements. The surface properties mimic polished, high-quality holiday baubles, providing realistic light interaction for architectural visualisations during seasonal project phases. The patterns are clean, sharp, and perfectly aligned.

The download is a 297 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Professionals can load this.sbsar file directly into any Substance-compatible software or rendering engine. The parametric nature of the file enables users to adjust the colour values, modify the pattern frequency, or tweak the roughness parameters without needing to swap out texture maps. Simply drag and drop the material onto the target geometry, then use the exposed sliders to fine-tune the appearance to match specific project lighting conditions, ensuring consistent results across all holiday-themed visualisations.

These materials are ideal for seasonal interior design projects, retail window displays, or hospitality lobby decorations. They integrate seamlessly into festive scenes, working well when applied to spherical 3D assets to create realistic Christmas trees or mantelpiece displays. Architects and visualisers will find this set useful for adding festive touches to residential or commercial renders during the holiday season. The file is best paired with high-quality ambient lighting to capture the reflective quality of the plastic finish effectively.