About this asset

This off-white woven fabric PBR texture, provided in 2K resolution, offers a clean, tight grid pattern for realistic interior surfaces. This high-resolution PBR material features a uniform, tight grid weave pattern in a neutral off-white tone. The texture captures the subtle depth and tactile quality of a woven textile, suitable for upholstery or soft furnishing applications. Its clean, repetitive geometry ensures it functions effectively as a base material for furniture or interior surfaces, providing a refined aesthetic. The set includes essential maps—albedo, displacement, normal, and roughness—which allow for accurate interaction with light and shadow in a 3D environment, maintaining a consistent appearance across various scales and viewing angles.

The download is a 27.5 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.

To implement this material, load the provided maps into your render engine's shader node setup. Connect the albedo to the base colour, and use the normal and displacement maps to define the surface depth and weave detail. Adjust the roughness map to control the subtle light diffusion characteristic of fabric. Since the texture is tileable, it can be seamlessly applied to large surface areas, such as sofas or acoustic wall panels, by adjusting the UV mapping scale to suit the project requirements.

This woven textile is ideal for contemporary interior design projects, particularly in residential living spaces, boutique hospitality suites, and modern office lounges. It pairs effectively with natural wood finishes, brushed metals, or stone surfaces to create a balanced, tactile palette. Professionals looking for a versatile fabric material will find this useful for rendering upholstered furniture, cushions, or decorative wall cladding. Search for this as a neutral woven textile or fabric PBR material when specifying finishes for high-end interior visualisations.