About this asset

This light blue denim fabric PBR material set provides a 2K tileable textile surface for realistic interior rendering projects. This PBR material features a classic denim twill weave, characterised by its distinct diagonal ribbing and authentic blue-and-white yarn blend. The visual texture captures the depth and tactile quality of heavy-duty cotton fabric, rendered with high-fidelity detail suitable for close-up shots. It includes essential maps for albedo, displacement, normal, and roughness, ensuring accurate light interaction and surface relief. The material is fully seamless, allowing for consistent application across large-scale furniture pieces or upholstery without visible repetition. Its neutral, casual aesthetic makes it a versatile choice for contemporary soft furnishings and interior design applications.

The download is a 31.8 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 integrate this material, load the provided maps into your render engine's shader node editor. Apply the albedo to the base colour slot and use the normal and displacement maps to define the surface structure and depth. The roughness map should be mapped to the reflection channel to control the material's subtle sheen. Adjust the UV tiling settings in your host software to match the required scale of your furniture models for optimal visual results.

Denim textiles are ideal for casual lounge seating, ottomans, and decorative cushions in residential or boutique hospitality spaces. This material pairs effectively with natural wood finishes, leather accents, or metal frames, making it suitable for modern, relaxed interior concepts. Professionals can use this asset in projects requiring a durable, approachable aesthetic, such as retail displays or lifestyle visualisations. It is a reliable choice for upholstery workflows where a specific, recognisable fabric grain adds character and realism to the final rendered scene.