About this asset

This 3ds Max model features a modern curtain set in grey and blush fabric, designed for realistic interior window treatments. This curtain set consists of two distinct configurations: a full-width grey sheer panel and a layered assembly featuring a blush-toned drape gathered with a decorative tie-back over a grey sheer. The fabric displays subtle, natural folds and a realistic drape, suggesting a lightweight, soft-touch material. The design focuses on clean lines and contemporary aesthetics, providing versatility for various window sizes. The grey panel offers a minimalist, translucent appearance, while the blush drape adds a focused accent, suitable for layered window treatments in high-end residential or boutique hotel interiors.

The download is a 6.7 MB compressed archive containing the native 3ds Max (.max) model holding 2 separate objects, 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.

When using this model in 3ds Max, ensure the geometry is aligned with your interior wall planes. Users should apply appropriate opacity maps to the sheer layers to maintain realistic light transmission. The curtains can be easily scaled or adjusted using standard modifiers to fit specific window heights. For optimal rendering, verify that double-sided material properties are enabled to capture the light passing through the fabric textures correctly within your chosen scene environment.

These curtains are ideal for residential bedrooms, living rooms, and luxury hotel suites where soft, layered window treatments are required. They pair well with minimalist interior designs or contemporary spaces that benefit from a touch of colour through soft furnishings. Professionals searching for window dressings, drapes, or sheer curtains will find this asset useful for staging high-quality interior visualisations. The set provides a quick, effective solution for adding depth, texture, and a sense of habitation to empty window frames in architectural renders.