About this asset

This parametric plastic material for Substance 3D provides a fully procedural surface with adjustable wear and colour parameters. This procedural plastic material offers a highly versatile solution for synthetic surface representation. The shader is designed to simulate various states of plastic, ranging from a clean, smooth, semi-matte finish to surfaces exhibiting fine structural wear, such as subtle surface scratches and micro-imperfections. Users can manipulate the output to achieve different colour profiles and levels of surface degradation, making it suitable for both pristine and aged assets. Its procedural nature ensures that the surface detail remains consistent across any scale without visible tiling or repetitive patterns, providing a realistic finish for industrial design components.

The download is a 3.5 MB 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 is designed for integration into Substance 3D workflows. Users can load the file directly into the graph editor, where they can adjust exposed parameters to modify the plastic's roughness, colour, and the intensity of surface scratches. Once configured, the material can be exported as standard PBR maps, including base colour, roughness, metallic, and normal maps, for use in any major rendering engine or 3D modelling software.

Ideal for architectural visualisers and product designers, this material is essential for populating scenes requiring synthetic elements like furniture, consumer electronics, or industrial equipment. It excels in projects where a specific plastic finish is required, from clean, modern interior detailing to the weathered surfaces of utility objects. Professionals will find it highly effective for rapid iteration in product prototyping or for adding realistic material variation to complex assemblies, ensuring that synthetic surfaces look convincing under various lighting conditions in a rendered environment.