About this asset

This weathered charcoal square ceramic tile PBR texture features a 2K resolution finish for realistic architectural surfaces. This PBR texture replicates a square-format ceramic tile with a heavily weathered, industrial aesthetic. The surface is defined by a deep charcoal and grey palette, displaying significant signs of wear including scuffs, scratches, and localised tonal variations that suggest a high-traffic or aged environment. The grid layout is clean, with precise grout lines that maintain a consistent geometric rhythm. The material properties are balanced to reflect a matte to semi-satin finish, providing depth and realism when applied to large-scale floor plates or wall cladding in both interior and exterior architectural visualisation projects.

The download is a 15.6 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 texture to your chosen surface using standard PBR material workflows in your preferred rendering engine. The archive includes albedo, displacement, normal, and roughness maps to ensure accurate light interaction and surface relief. Since the texture is fully tileable across both axes, it is ideal for covering expansive areas without visible seams or repetitive patterns. Adjust the UV mapping scale to match the 2.00m by 2.00m physical dimensions for optimal visual fidelity in your BIM or 3D scene.

This material is well-suited for industrial, contemporary, or brutalist design schemes, particularly in hospitality settings, loft apartments, or public infrastructure projects. It serves as an excellent choice for flooring, wet room walls, or feature facade panels where a rugged, authentic look is required. Pair this texture with raw concrete, reclaimed timber, or brushed metal elements to enhance the industrial character. Search for this asset when specifying durable, high-contrast surfaces that require a tactile, aged appearance without the complexity of custom geometry.