About this asset

This procedural Christmas Tree Ornament material for Substance 3D features a customisable star-patterned band with metallic sheen. This procedural material generates a classic spherical ornament finish, defined by a central horizontal band accented with a recurring star motif. The shader allows for precise control over the base colour, enabling shifts between vibrant blue, deep red, and festive green variants while maintaining a consistent metallic or glossy plastic appearance. The surface properties are fully parametric, ensuring that the star alignment and colour saturation remain sharp at any scale. This digital asset provides a clean, professional finish for seasonal 3D visualisations, offering high-fidelity reflection and specular highlights typical of holiday baubles.

The download is a 174 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

As a compiled.sbsar file, this material integrates directly into the Substance 3D ecosystem, allowing users to adjust parameters like colour, pattern density, and surface roughness in real-time. Professionals can export this as a PBR texture set for use in various render engines, ensuring compatibility with standard workflows. The procedural nature of the graph ensures that the ornament pattern maps accurately onto spherical geometry without visible seams or texture stretching, maintaining consistent quality across multiple assets.

Ideal for seasonal interior design renders, festive retail displays, and hospitality lobby decorations, this material brings a polished, high-end look to 3D ornaments. It is suitable for architects and visualisers working on holiday-themed marketing assets or interior mock-ups. Designers should pair this with soft, warm lighting setups to enhance the glossy reflections and metallic depth of the material. Search for this asset when needing efficient, scalable solutions for Christmas-themed scene dressing, decorative baubles, or festive seasonal styling within 3D environments.