Dark Brown Ceramic Texture – Layered Swirl Veining Texture

Specifications

Brand

Laruus

Style

Modern

Material

Ceramic

Suitable spaces

Living Room, Bedroom, Office, Cafe, Commercial, Kitchen, Entrance

Color

BrownBlackGray

File types

Albedo MapAlpha MapAO MapBump MapDiffuse Color MapEdge MapEmission MapHeight MapMetallic MapNormal MapPacked Texture MapRoughness Map

Layered Veins, Earthy Depth High Resolution Seamless PBR Textures

Description

Dark brown ceramic material distinguished by dense layered swirl veining in black, charcoal gray, warm brown, and rust-like tones. The surface has a strongly directional, organic pattern composed of irregular bands, folded-looking lines, and scattered lighter inclusions. Unlike a plain dark ceramic finish, this material creates substantial visual movement across the surface. Its complex flowing pattern gives it a dramatic modern character that can function as a focal material in interiors while still remaining grounded in an earthy, predominantly brown and black palette. The spherical preview shows a smooth surface with noticeable reflectivity and a broad soft highlight, suggesting a polished or softly glossy visual finish rather than a matte appearance. The pattern itself appears tightly layered, with thin dark lines weaving between broader brown and gray formations. Some areas form elongated horizontal bands, while others curl and overlap into more irregular structures. The image does not establish real-world dimensions, ceramic slab or tile size, thickness, mapping scale, or manufacturing method, so these properties should not be inferred from the preview and must be configured according to the intended application. The dark brown ceramic texture can suit living rooms, bedrooms, kitchens, entrances, offices, cafes, and commercial interiors where a visually expressive hard surface is appropriate. Its strong veining makes it particularly suitable for feature walls, decorative panels, counters, reception elements, furniture surfaces, and other architectural details where the pattern can remain visible. In modern interior schemes, the warm brown sections can coordinate naturally with wood and earthy finishes, while the black and gray layers provide contrast alongside metal, glass, neutral fabrics, or restrained monochrome materials. For architectural visualization and CGI, the layered swirl pattern provides considerably more surface information than a uniform ceramic material. It can help define large architectural planes and create recognizable variation in close-up or medium-distance views. Because the visible veining has a directional character, mapping orientation should be considered carefully when the material is applied to prominent surfaces. In Corona Renderer scenes, controlled lighting can reveal both the intricate color variation and the smooth reflective character visible in the reference preview without allowing highlights to obscure the darker vein structure. From an interior design perspective, this ceramic surface works best where material movement is intended to contribute to the composition. The combination of brown, black, charcoal, and occasional lighter gray areas gives the surface depth without relying on a repetitive geometric motif. Its flowing bands can introduce an organic counterpoint to straight cabinetry, wall panels, counters, and architectural volumes. On larger surfaces, the pronounced pattern can become a primary visual feature; on smaller objects or details, it can provide concentrated color and texture contrast. This asset is categorized as a ceramic texture and supplied as a model-type product intended for 3D visualization. The provided workflow information specifies 3ds Max and Corona Renderer. Use the preview as the visual reference for color relationships, vein direction, pattern density, and surface reflectivity, then verify mapping and scale inside the final scene. No file extensions, texture resolution, PBR map configuration, seamless tiling capability, UV method, polygon count, physical dimensions, or scan information are provided, so those technical properties should be confirmed from the actual asset rather than assumed.