Rectangular Freestanding Bathtub – Deep Burgundy Tapered Sides 3D Model

Specifications

Brand

Laruus

Style

Modern

Material

Porcelain

Suitable spaces

Bathroom, Commercial

Color

Maroon

File types

3D's MaxCorona Rendererfbxmtl3dsMapjpegobj

Deep Burgundy, Clean Tapered Form 3D Model 3D's Max Corona Renderer

Description

The Rectangular Freestanding Bathtub – Deep Burgundy Tapered Sides is a modern bathroom fixture distinguished by its rich burgundy color, broad rectangular opening, and subtly angled outer walls. The upper rim projects outward in a clean continuous band, creating a crisp horizontal outline that contrasts with the slightly tapered body below. Its geometry is deliberately simple, with straight edges, restrained corner transitions, and an uninterrupted exterior surface that gives the tub a strong architectural presence. The deep burgundy finish is the most recognizable visual feature, separating this model from standard white bathtub designs and making it particularly useful in interiors where the sanitary fixture is intended to act as a focal point. Porcelain is specified as the primary material and appears in the render as a smooth, uniform surface with a soft reflective response. The visible walls slope gently inward toward the base, producing a stable trapezoidal profile when viewed from the side. The top edge remains comparatively thin and precise, reinforcing the modern character of the design. Exact Porcelain composition, wall thickness, manufacturing method, glazing system, structural reinforcement, weight, and thermal properties cannot be confirmed from the image. Likewise, internal plumbing connections, overflow details, drain hardware, installation requirements, and water capacity are not visible and should not be inferred. The render supports only the clearly observable burgundy color, rectangular plan, projecting rim, tapered side geometry, and smooth finish. The bathtub is suitable for contemporary residential bathrooms, master bathroom layouts, guest suites, spa-inspired interiors, boutique hotel bathrooms, and selected Commercial hospitality projects. Its saturated burgundy tone can be paired with neutral Stone, light Marble, warm Wood cabinetry, gray wall finishes, black Metal fixtures, or pale Porcelain surfaces to create controlled contrast. Because the form itself is minimal, the color can provide most of the visual identity without requiring decorative detailing. The rectangular footprint also works naturally in linear bathroom layouts, along feature walls, within open wet-room compositions, or as a freestanding centerpiece where sufficient circulation space is available. For Archviz and CGI workflows, the model provides a useful combination of simple geometry and a strong colored material response. Close camera angles can emphasize the projected rim, tapered walls, corner transitions, surface reflections, and subtle edge bevels. Wider views can use the bathtub as a dominant color anchor within an otherwise neutral bathroom scene. Soft directional lighting can reveal the depth of the burgundy surface without washing out its tone, while carefully controlled highlights help communicate the Porcelain finish. Contact shadows along the base and rim are especially important for preventing the object from appearing visually flat in bright environments. Within modern interior design, the bathtub suits minimalist, contemporary, monochrome, boutique-hotel, and color-accent bathroom concepts. The deep burgundy finish pairs particularly well with warm neutrals, muted gray, cream, black, and natural Wood tones. Against light walls or floors, the tub creates a pronounced focal point; against darker materials, it can become part of a more tonal composition. Its reduced detailing also allows surrounding architecture, lighting, faucets, and surface materials to define the broader stylistic direction without competing with an overly complex form. The supplied technical information identifies this asset as a 3D model intended for 3D's Max and Corona Renderer. No downloadable file formats are specified, so file_types remains empty. Polygon count, topology, UV layout, texture resolution, exact scene scale, object hierarchy, Porcelain shader values, drain construction, plumbing setup, and installation mechanics cannot be verified from the render alone. Before Production Rendering, users should review scene scale, surface roughness, reflections, edge bevels, smoothing, contact shadows, material saturation, and Corona Renderer settings according to the intended camera distance and lighting environment.