A greasy material made from the natural combination of wool fibres and wool fat. FatPad by @fabienne_rko / More at MaterialDistrict.com #MaterialoftheDay #Materials #Wool #BiobasedMaterials #NatrualMaterals #FashionDesign #ProductDesign

Researchers at AMOLF in Amsterdam, together with Leiden University, have developed a new way to control how materials deform under pressure. By adding precise cuts to beams, they change how these structures behave when compressed. This turns a traditional mechanical limitation into a design opportunity. Normally, slender elements such as beams or columns bend in one of two directions when compressed. This principle dates back to Leonhard Euler in the 18th century. The new research shows that simple cuts can expand this behaviour. Instead of two outcomes, the structure can move into multiple stable states. Read more at MaterialDistrict.com #MaterialInspiration #Materials #MaterialInnovation #Metamaterials #SmartMaterials #ProgrammableMaterials #SustainableDesign #AdaptiveArchitecture #ProductDesign #MaterialResearch

.@ulfmejergrenarchitects (UMA) designed the Spruce Bark Hut in Grödinge, Sweden, to explore spruce bark as a bio-based building material. The team collected the bark from forests affected by the spruce bark beetle, which has damaged large areas of spruce woodland across Europe. As the trees weaken, the bark loosens and falls away, creating a readily available local material. In this project, the architects treat bark—usually seen as waste—as a usable resource. As a result, the project aligns with approaches that prioritise locally sourced and underused materials. Read more at MaterialDistrict.com #MaterialInspiration #Materials #SpruceBark #BioBasedMaterials #CircularDesign #SustainableArchitecture #MaterialInnovation #TimberDesign #LandscapeArchitecture #NaturalMaterials

Mineral by-products from the steel industry are mixed with sand, dyes and water, and then pressed in brick moulds. PIRROUET® carbonated facing bricks by @vandersanden_ / More at MaterialDistrict.com #MaterialoftheDay #Materials #Bricks #RecycledMaterials #Facades #Architecture

New research from @KULeuven shows how material choices can help cities cope with extreme heat. The study highlights “cool roofs” as an effective solution. These roofs reflect solar radiation instead of absorbing it, which lowers temperatures in urban areas and improves public health. Read more at MaterialDistrict.com #MaterialInspiration #Materials #Coatings #CoolRoofs #SustainableMaterials #UrbanHeat #ClimateResponsiveDesign #GreenArchitecture #UrbanCooling

Morphosis by designer @razazahid is an experimental installation that explores the structural and ecological potential of recycled paper waste. By transforming discarded paper into papercrete—a lightweight composite material—the project demonstrates how low-value waste streams can become spatial building elements with both functional and environmental relevance. The installation occupies a 5 × 5 × 5 metre volume and shows how paper-based materials can move beyond decorative applications. By combining shredded paper with binders, Zahid creates a mouldable yet stable material inspired by traditional paper-mâché. A powder-coated metal frame supports hand-formed branches, which together create a porous, lattice-like enclosure. As a result, the structure recalls the form and logic of a tree. Read more at MaterialDistrict.com #MaterialInspiration #Materials #Papercrete #RecycledPaper #MaterialInnovation #CircularDesign #BiobasedMaterials #SustainableDesign #ArchitectureMaterials #InteriorDesign #BioIntegration #LivingMaterials

Paper made from recycled wool. Bianni’ – Wool Paper by @arudekomx / More at MaterialDistrict.com #MaterialoftheDay #Materials #Paper #Wool #RecycledMaterials

Researchers at @uniofstandrews have developed two new methods to recycle nitrile butadiene rubber (NBR). This material is widely used in disposable gloves, seals, and industrial components. The new processes convert rubber waste into valuable materials that can also capture carbon dioxide. NBR is difficult to recycle because of its thermoset structure. Unlike thermoplastics, it cannot be melted and reshaped. As a result, less than 2% of NBR waste is currently recycled, often into low-value products. Considering the global market of around 36 million tonnes per year, this presents a major challenge for circular design. Read more at MaterialDistrict.com #MaterialInspiration #Materials #Rubber #RubberRecycling #MaterialInnovation #CarbonCapture #SustainableDesign #WasteToValue #PolymerScience #DesignMaterials