At Milano Design Week 2026 (20-26 April), Mush Composites presents the Bio-Luxe | Bio-Lithic collection, a series of mycelium-based architectural surfaces developed for high-end design applications. Shown at Superstudio Più, the collection reflects a broader shift from experimental biomaterials towards more precise and scalable solutions for architecture and interiors.

From Bio-Based Craft To Architectural Application

The collection is based on Mush Composites’ Bio-Resolved Parametric Formwork, a process that combines computational design with controlled fungal growth. This method allows the production of monolithic surfaces with a stone-like appearance, grown from mycelium rather than extracted or cast.

These surfaces are around 70% lighter than traditional stone or concrete. The reduced weight makes it easier to apply high-relief elements to standard wall systems. In many cases, this removes the need for additional structural reinforcement.

Circular Material Use And Lower Impact

Bio-Luxe uses agricultural by-products as its primary feedstock. The production process follows a carbon-negative approach, which reduces environmental impact compared to conventional materials such as natural stone. This method supports circular design strategies by turning waste streams into building materials. It also introduces a different production model, where materials are grown rather than mined or manufactured through energy-intensive processes.

Design Flexibility And Surface Detail

The collection demonstrates a wide range of surface possibilities, including a detailed classical David relief grown entirely from mycelium. This piece highlights the material’s ability to achieve complex geometries and refined surface textures.

The process supports parametric customisation, allowing designers to create tailored geometries for specific projects. This makes the material suitable for applications such as retail interiors, hospitality spaces, and bespoke architectural features.

Expanding Applications For Mycelium Materials

Bio-Luxe positions mycelium as a material for more demanding design contexts. It combines reduced weight with the visual qualities of stone and the benefits of a biobased origin. Mush Composites, based in Thailand and expanding to Hong Kong, focuses on developing bio-fabricated materials for architecture and design. With this collection, the company explores how mycelium can move beyond experimental use into more mainstream architectural applications.

Source & photos: Mush Composites