Light Beige Ceramic Texture – Fine Linen Crosshatch Texture

Specifications

Brand

Laruus

Style

Modern

Material

Ceramic

Suitable spaces

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

Color

BeigeWhite

File types

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

Fine Weave, Soft Beige High Resolution Seamless PBR Textures

Description

Light beige ceramic material distinguished by a fine linen-like crosshatch pattern, soft off-white undertones, and restrained tonal variation across the surface. Rather than relying on veins, mottling, or bold decorative marks, this texture is defined by densely intersecting horizontal and vertical lines that create the visual impression of woven fibers. The pale beige palette keeps the material calm and adaptable, while the fine linear structure gives it enough identity to avoid appearing flat. This combination suits modern interiors where subtle texture is preferred over strong ornament or high-contrast surface patterns. The spherical preview shows a uniform ceramic surface covered by extremely fine intersecting striations. A broad, softly diffused highlight is visible on the upper-left area, suggesting moderate reflectivity rather than a fully matte finish. Under controlled lighting, the material appears closer to satin or softly polished ceramic. The linear pattern remains consistent across most of the visible surface, with small changes in density and direction that prevent a mechanically perfect appearance. The image does not provide reliable information about real-world dimensions, tile or slab format, thickness, manufacturing method, mapping scale, measurable surface depth, or physical relief, so these properties should not be inferred from the preview. This light beige ceramic texture can work in living rooms, bedrooms, kitchens, entrances, offices, cafes, and commercial interiors where a bright neutral hard surface with quiet visual detail is appropriate. Depending on the model and UV setup, it may be used conceptually for ceramic wall cladding, decorative panels, counters, furniture surfaces, reception elements, cabinetry details, or other architectural components. Its soft beige and off-white coloration pairs naturally with warm wood, pale stone, brushed metal, glass, cream textiles, muted gray finishes, and restrained monochrome palettes. For architectural visualization and CGI, the dense crosshatched structure provides fine surface information without introducing a dominant directional motif. In close and medium-distance renders, the intersecting lines can help distinguish the ceramic from plain painted or completely smooth materials while preserving a minimalist appearance. Because the pattern contains consistent linear detail, mapping scale should be checked carefully on large surfaces so that the weave-like effect remains believable relative to the modeled object. In Corona Renderer scenes, balanced lighting can reveal the satin character and fine striations without allowing bright highlights to wash out the subtle beige variation. From an interior design perspective, this ceramic surface is particularly suitable for contemporary, minimalist, and softly modern spaces. Its pale neutral tone can contribute to a brighter visual environment, while the fine woven appearance introduces tactile interest without competing with furniture, lighting, or architectural forms. On large walls or panels, the crosshatch pattern can create a continuous textured field; on smaller details, it can function as a quiet neutral accent alongside smoother wood, metal, stone, glass, or fabric finishes. This asset is categorized as a ceramic texture and presented as a model-type product for 3D visualization. The supplied workflow information specifies 3ds Max and Corona Renderer. Use the preview as the primary visual reference for color balance, crosshatch density, line direction, and reflectivity, then verify mapping and scale within the final scene. No file extensions, texture resolution, PBR map configuration, seamless tiling capability, UV method, polygon count, scan origin, bump strength, displacement values, or physical dimensions are provided, so these technical properties should be confirmed directly from the actual asset rather than assumed.