About this asset

This parametric Substance 3D material features a contemporary abstract wave pattern designed for festive ornament surfaces. This procedural material file provides a sophisticated surface finish defined by high-contrast, flowing organic waves overlaid on a reflective metallic base. The visual structure mimics the polished, high-gloss appearance typical of premium Christmas baubles. Because it is a parametric graph, the scale and intensity of the wave pattern can be dynamically adjusted within the native application. The material delivers a crisp, clean aesthetic that balances sharp white graphic lines against deep, saturated metallic undertones, making it suitable for high-end seasonal visualization work where precision and surface realism are paramount for final render quality.

The download is a 195 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Users can import this.sbsar file directly into Substance 3D or host applications that support the format. Once loaded, the material allows for real-time parameter tweaking, enabling adjustments to the wave density, colour layering, and metallic roughness without requiring external image editing software. It is optimized for PBR workflows, ensuring that the reflections and light interactions remain physically accurate across various lighting conditions, whether applied to simple spherical geometries or complex custom ornament designs.

This material is ideal for holiday-themed interior design renders, retail window displays, and hospitality lobby decorations. It pairs effectively with studio lighting setups to emphasize the high-gloss, reflective nature of the metallic finish. Professionals will find it useful for rapid prototyping of seasonal product designs or for adding festive detail to luxury residential interior scenes. Search for this asset when needing high-quality, adjustable shaders for holiday decor, ornamental surface finishes, or stylized metallic materials that require custom colour mapping and procedural control.