Grey Concrete Wall with Formwork Tie Holes

This grey concrete wall PBR texture features realistic formwork panel lines and tie holes, provided in a 2K resolution format. This high-fidelity material captures the raw, brutalist aesthetic of cast-in-place concrete. The surface is divided into rectangular formwork panels, each punctuated by precise circular tie holes characteristic of traditional shuttering methods. The texture exhibits subtle variations in surface porosity, with natural aggregate distribution and minor tonal shifts that prevent visual repetition. Its neutral grey palette and matte finish provide a versatile base for contemporary architectural visualisations, offering a balanced level of weathering that appears authentic without becoming overly distressed or distracting in large-scale interior or exterior applications.

The download is a 49.9 MB compressed archive with the texture set at 2K with colour, normal, roughness, ambient occlusion and displacement maps, ready for any metal/roughness PBR workflow in Blender, 3ds Max, SketchUp, Unreal Engine or D5.

Engineered for seamless integration, this PBR texture includes essential maps such as albedo, normal, roughness, and displacement, ensuring accurate light interaction in any rendering engine. The 2.71-metre square coverage allows for easy scaling in BIM or 3D software; simply apply the material to a plane or wall geometry and adjust the UV mapping to match the real-world dimensions for a perfect, repeating finish without visible seams.

Ideal for architectural projects requiring an industrial or minimalist material palette, this concrete texture is suitable for feature walls, exposed structural elements, and minimalist facade cladding. It pairs effectively with natural timber, blackened steel, and large-format glass installations in both high-end residential and commercial office designs. Professionals can use this asset to add immediate material depth to render scenes, effectively conveying the tactile, heavy quality of board-formed or panel-cast concrete surfaces in contemporary design proposals.