About this asset

This dark charcoal fine woven fabric PBR material provides a high-quality, tileable texture for contemporary furniture surfaces. This PBR material features a tight, uniform weave pattern consistent with high-end upholstery or acoustic wall paneling. The colour is a deep, muted charcoal that leans towards black, offering a sophisticated and neutral aesthetic. The weave structure is clearly defined, providing enough surface detail to catch light realistically without becoming overly busy in a scene. Included maps provide depth and tactile realism, ensuring the material responds accurately to ambient lighting conditions. Its neutral tone makes it an exceptionally versatile choice for modern interior design applications requiring a grounded, professional finish.

The download is a 28.4 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 material to furniture assets or interior wall surfaces by loading the albedo, displacement, normal, and roughness maps into your preferred render engine's shader nodes. The texture is designed to be tileable, allowing it to cover large areas without visible seams or repetition. For optimal results, adjust the displacement map intensity to match the desired fabric depth, ensuring the weave detail remains subtle and physically accurate within your 3D environment.

Ideal for residential interior design, hospitality projects, and commercial office fit-outs, this fabric material is perfectly suited for upholstery on sofas, armchairs, and acoustic wall panels. It pairs effectively with natural timber elements, metallic accents, or stone surfaces to create a balanced, contemporary atmosphere. Designers can use this texture to add realism to architectural visualizations, particularly when aiming for a refined, minimalist, or high-end look in living rooms, hotel lobbies, or executive boardrooms where fabric quality is essential.