About this asset

This 2K seamless PBR ceramic tile texture features a pastel blue and purple running bond pattern, ideal for interior surfaces. The texture presents a classic running bond layout composed of rectangular ceramic tiles in alternating shades of soft pastel blue and muted purple. Each tile features a smooth, uniform surface finish, set against a thin, neutral light-grey grout line that provides subtle definition. The material is designed as a high-quality PBR asset, ensuring accurate light interaction across its surface. The overall aesthetic is clean and contemporary, suitable for applications where a balanced, decorative, yet understated tiling pattern is required to add visual interest to interior architectural surfaces.

The download is a 15.2 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.

Professionals can integrate this 2K PBR material into rendering workflows by mapping the included albedo, displacement, and roughness files to the corresponding channels in their material editor. The tileable nature of the map allows for seamless application across large floor plates or wall surfaces without visible repetition. Adjusting the displacement map strength enables fine-tuning of the grout depth, ensuring the material responds realistically to scene lighting and camera proximity in both interior and exterior architectural visualisations.

This ceramic tile texture is well-suited for residential bathroom designs, modern kitchen backsplashes, or hospitality environments requiring a soft, colourful palette. It pairs effectively with white sanitary ware, light timber cabinetry, or minimalist fixtures to maintain a cohesive contemporary scheme. When specifying this material, architects and designers might search for terms such as pastel ceramic wall tiles, running bond bathroom finish, or decorative interior tiling to find assets that provide both aesthetic character and reliable, high-resolution performance in their 3D project environments.