The Concrete Melt Chair by Bower Studios is an interesting piece of furniture that embraces material use in new and experimental ways. The seating features a slick and minimalist metallic base. Atop it, concrete is draped over, however, the slab has a "curvilinear shape" and it appears as if it is melting on the floor. This serves as a direct contradiction to the rigid qualities of concrete architects and non-architects alike are well-aware of. Although evoking the properties of a liquid, the concrete is still "set hard in place."
For the chic and mind-boggling Concrete Melt Chair, Bower Studios tapped a local sculptor and manufacturing partner of the studio who is "a specialist in various types of concrete applications."
Liquid-Like Concrete Chairs
Bower Studios' Concrete Melt Chair Presents New Material Qualities
Trend Themes
1. Experimental Furniture Design - The Concrete Melt Chair by Bower Studios presents an opportunity for further exploration and experimentation in furniture design using unconventional materials.
2. Material Innovation in Interior Design - The use of concrete in unexpected ways, as seen in the Concrete Melt Chair by Bower Studios, can inspire and lead to innovation in interior design and decor.
3. Fluidity in Industrial Design - The Concrete Melt Chair by Bower Studios showcases the potential for fluidity and movement in industrial design, opening up possibilities for other industries to explore similar concepts.
Industry Implications
1. Furniture Manufacturing - The Concrete Melt Chair by Bower Studios can inspire innovation and experimentation in the furniture manufacturing industry, encouraging a willingness to use unconventional materials and designs.
2. Interior Design - The use of concrete in unexpected ways, as seen in the Concrete Melt Chair by Bower Studios, can lead to new and creative applications in the interior design industry.
3. Construction - The application of concrete in new and inventive ways, as demonstrated by the Concrete Melt Chair by Bower Studios, can inspire innovations in construction materials and techniques.