About this asset

These contemporary double-layer curtains for 3ds Max feature a combination of white sheer fabric and opaque beige drapes for window dressing. This window treatment set consists of a dual-track system featuring two distinct layers of fabric. The inner layer comprises floor-to-ceiling sheer white fabric, designed to diffuse natural light while maintaining privacy. The outer layer consists of heavier, opaque beige curtains that provide full coverage. Both layers are finished with clean, uniform vertical pleats that create a structured, elegant drape from the rod down to the floor. The assembly is presented against a neutral background, highlighting the contrast between the translucent white and the solid, warm-toned beige fabric textures.

The download is an 11.4 MB compressed archive containing the native 3ds Max (.max) model, set up with Corona materials. Open it in 3ds Max with Corona installed; for other programs, export to FBX or OBJ from 3ds Max first.

In 3ds Max, these curtains are provided as a single asset that can be easily merged into your scene. Users should verify the scale against their window openings and adjust the height if necessary using vertex manipulation or scaling tools. The materials are mapped with standard fabric textures; these can be swapped for custom patterns or adjusted for opacity and glossiness within your render engine's material editor to achieve the desired light transmission through the sheer panels.

These curtains are suitable for residential interior projects, particularly in living rooms, master bedrooms, and dining areas where a layered window treatment is required. They pair effectively with modern or transitional furniture styles. Professionals often use such assets to add realism to architectural visualisations, specifically for daytime interior scenes where light filtration is critical. Search for these by using terms such as window drapes, layered curtains, or textile window coverings to find them in your library for high-end residential or hotel design.