Blue and White Rectangular Ceramic Tile PBR Texture

This 2K seamless PBR ceramic tile texture features an asymmetric blue and white rectangular pattern for architectural surfaces. This PBR material presents a contemporary rectangular tile layout, alternating between solid white and variegated blue-toned ceramic surfaces. The arrangement is asymmetric, creating a dynamic visual rhythm suitable for modern interior surfaces. Each tile edge is defined by a thin, neutral grout line that maintains consistent width throughout the pattern. The surface characteristics suggest a glazed ceramic finish, providing subtle light reflections and tactile depth. The material is designed to tile seamlessly across both axes, ensuring an uninterrupted appearance on large wall panels or expansive floor plates in various interior design schemes.

The download is a 21.5 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.

Apply this 2K PBR texture to geometry by mapping the included albedo, displacement, normal, and roughness files within your preferred render engine. Adjust the UV scale to suit the desired tile size, ensuring the procedural tiling remains consistent across large surfaces. Use the normal and displacement maps to enhance the grout depth and ceramic surface relief, providing realistic light interaction and shadow casting without increasing geometry complexity.

Ideal for residential kitchens, bathroom wall cladding, and hospitality lobby flooring, this texture pairs well with minimalist sanitary ware or contemporary timber cabinetry. It is effective for visualising high-end interior projects where a clean, geometric aesthetic is required. Professionals can use this for rapid prototyping in architectural renders, applying it to feature walls, backsplashes, or floor planes to define space with colour and pattern. Its versatile palette integrates seamlessly into modern, light-filled environments requiring a durable, clean-lined material finish.