About this asset

This seamless 2K PBR candy material features a high-gloss striped white and yellow finish, ideal for stylised retail rendering. The material presents a high-gloss, smooth finish with a distinct diagonal striped pattern alternating between opaque white and warm yellow bands. Designed to mimic the appearance of hard-boiled confectionery, the surface exhibits subtle light reflections typical of polished plastic or sugar-coated surfaces. The 2K resolution ensures that the crisp lines of the stripes remain sharp even in close-up shots. Included in the set are essential PBR maps: albedo for colour, normal for surface depth, displacement for structural relief, and roughness to control the characteristic high-specular highlights across the entire rendered surface.

The download is a 16.8 MB compressed archive with the texture set at 2K with colour, normal, roughness and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

To apply this material, load the albedo, normal, displacement, and roughness maps into the corresponding slots of a standard PBR shader node in your chosen rendering software. Because the texture is fully tileable, you can easily scale the UV mapping to cover large surfaces without visible seams or repeating patterns. Adjust the displacement map intensity to match your scene scale, ensuring the subtle curves of the candy stripes react correctly to your environment lighting setup.

This material is best suited for stylised interior projects, particularly within retail environments like sweet shops, children's play areas, or themed hospitality venues. It provides a playful, colourful aesthetic that works well on curved surfaces, decorative displays, or abstract furniture elements. Professionals can use this asset to quickly iterate on concept designs where a synthetic, candy-like finish is required. It pairs effectively with neutral backgrounds to make the vibrant yellow and white stripes stand out as a primary visual feature in the scene.