Rebrick
From waste to walls – modular, circular, and built for the future
The Problem
The global textile industry generates an enormous amount of waste every year, much of which is not suitable for traditional recycling processes. A significant portion of this waste consists of mixed or low-quality fibers that are difficult to separate and therefore often end up being incinerated or exported, contributing to environmental pollution and carbon emissions.
At the same time, the construction and interior design industries rely heavily on virgin materials such as mineral wool, plastics, and synthetic composites for insulation and wall systems. These materials are energy-intensive to produce, difficult to recycle, and rarely designed with circularity in mind.
Additionally, many existing buildings—especially in urban environments—lack flexible and non-invasive solutions for improving thermal comfort and acoustics. Traditional insulation methods often require permanent installation, making them unsuitable for rented spaces, temporary setups, or retrofit scenarios.
This creates a clear gap: There is currently no scalable solution that simultaneously addresses textile waste, sustainable material demand, and flexible interior applications.
The Solution
Rebrick transforms low-value textile waste into modular, non-structural building blocks designed for interior applications. These bricks are produced by processing discarded textile fibers and binding them into lightweight, durable units that can be assembled into wall systems without permanent installation.
The modular design allows users to stack and reconfigure the bricks similar to building blocks, enabling flexible use in a variety of settings such as offices, cafés, retail spaces, and temporary installations. Unlike conventional insulation, Rebrick products are designed to be removable, reusable, and adaptable over time.
Functionally, the material structure traps air within the fiber matrix, providing thermal insulation and acoustic absorption. This improves indoor comfort while reducing energy consumption for heating and cooling in interior spaces. This improves indoor comfort while reducing energy consumption for heating and cooling in interior spaces, thereby also helping you save money.
By converting textile waste into long-life interior materials, Rebrick creates a circular value chain. It diverts waste from landfills and incineration, reduces reliance on virgin materials, and offers a practical solution for sustainable interior design.
The Solution
Rebrick transforms low-value textile waste into modular, non-structural building blocks designed for interior applications. These bricks are produced by processing discarded textile fibers and binding them into lightweight, durable units that can be assembled into wall systems without permanent installation.
The modular design allows users to stack and reconfigure the bricks similar to building blocks, enabling flexible use in a variety of settings such as offices, cafés, retail spaces, and temporary installations. Unlike conventional insulation, Rebrick products are designed to be removable, reusable, and adaptable over time.
Functionally, the material structure traps air within the fiber matrix, providing thermal insulation and acoustic absorption. This improves indoor comfort while reducing energy consumption for heating and cooling in interior spaces. This improves indoor comfort while reducing energy consumption for heating and cooling in interior spaces, thereby also helping you save money.
By converting textile waste into long-life interior materials, Rebrick creates a circular value chain. It diverts waste from landfills and incineration, reduces reliance on virgin materials, and offers a practical solution for sustainable interior design.
The Teamlead
