About this asset

This procedural Substance material provides a high-gloss, striped candy finish for use in Substance 3D and compatible renderers. This procedural material reproduces the aesthetic of hard-boiled confectionery, featuring a high-gloss, smooth plastic surface with distinct diagonal stripes. The shader is designed to simulate a semi-translucent, polished finish, capturing light reflections characteristic of synthetic food surfaces. It includes adjustable parameters to modify the colour palette, stripe density, and gloss intensity, allowing for precise control over the visual output. The material is provided as a dynamic graph rather than a static image, ensuring that the pattern remains crisp at any scale without visible tiling artifacts or resolution loss in close-up shots.

The download is a 215 KB file containing a Substance (.sbsar) material that opens in Substance 3D Player, Sampler and Painter and in renderers with Substance support.

Professionals can integrate this.sbsar file directly into Substance 3D or host applications that support the Substance engine. By adjusting the exposed parameters within the node graph or the host interface, users can customise the colourways and surface roughness to match specific project requirements. Because it is a procedural asset, it allows for infinite variation in the stripe pattern, ensuring the texture remains unique across large surfaces while maintaining consistent PBR properties for realistic lighting and reflection calculations.

This material is ideal for retail design, commercial display modelling, and high-end residential interior visualisation where stylised or whimsical elements are required. It pairs effectively with modern, minimalist furniture to provide a playful textural contrast. Designers working on confectionery shop interiors, point-of-sale displays, or conceptual product design will find this asset useful for rapid prototyping. Search for this material when you need a clean, customisable plastic finish that requires high-quality specular highlights and a repeatable, non-distorted pattern for complex geometric forms.