3 Alignment
Material concepts
Material Concepts
3D & auxetic
The materials of Alignment are influenced by the interventions and possibilities of technology; parametric design is entering the physical world. Computer graphics translate into 3D geometry to create porous, free, three-dimensional surfaces. Auxetics are geometric patterns with local incisions in a flat surface, which, when stretched in width, also expand in length. These interventions are capable of upgrading materials in ways not previously possible. Digital methods and AI advice have become the next step in improving familiar objects.
Left material, Mono material polyester 3D knit by Studio Eva & Carola
Right material, Auxetic lasercut polyester scubafoam knit
Volume
Addressing the need for adaptable and natural spaces, there is experimentation with forms that are expandable and collapsible. The simplicity of comfort can be found in the feeling of sheltering in a cocooned state, or shell-like appearances. Ultra-lightweight and foamy experiences are cushioned with elasticity and bounce. The depth of space is investigated in an extremely minimal format, utilising the basics of reflection and light. The liveliness of the material and its reactivity invites the user to explore further.
Left material, Leather bonded with memory foam by Ecco Leather
Right material, Cotton jersey padded
Smooth
For technology to collaborate within the sphere of human interaction it needs to be intuitively designed and non-invasive. The outward appearance of materials may seem simple, but they conceal powerful technical capabilities in their strength and infinite recyclability. Invisible to the human eye, their sleekness is easy to understand and minimal in design. Simplicity and beauty can be accessible for all demographics, making the cooperation between humans and technology effortless.
Left material, Recycled aluminium disks
Right material, Pre-weathered titanium zinc with a blue colour nuance by NedZink
Fusion
Alignment embodies the idea that by bringing together different elements, we can create something greater than the sum of its parts. By combining different properties, the materials’ overall performance is enhanced. Alignment’s reduction of the need for extra components, such as insulation or even stitching, highlights the importance of simplicity and efficiency. By stripping away the unnecessary, we can focus on what truly matters and create something that is not only functional but also beautiful and innovative.
Left material, Rubber Coated on cotton twill with non-toxic pigments, LaVeg by Amadeu
Right material, Crossforce carbon grid stitched on a non-woven base
Material Research
Next Generation Materials
The next generation of materials needs to be adaptive, multi-purpose and tunable. Material interventions are enabling designers to create materials that are beyond the capabilities of traditional manufacturing techniques. With the help of AI advice, familiar objects are being enhanced. The collaboration of technology and human interaction requires intuitive design and non-invasiveness. These materials offer invisible functions and enhanced comfort, enhancing the user experience.
Image: 3D knitted textile Mosaic 2 by Kvadrat
Painting with robots
Artmatr provides sophisticated painting robots. The user can specify how the brush is used, in pressure and application, to build layers or blend colours.
Technical
Lightweight, breathable and waterproof recycled polyester technical fabric by Heyone.
Filter
Eva x Carola’s lightweight knit uses a series of stitches to keep out strong sunlight while allowing a soft glow in.
Smart coating
3D ceramic hard coatings and hybrid textiles by Heinrich Mayer GmbH can be used for protecting, heating, lighting and conducting.
Enforced
Clara Davis and Fab Textiles collaborated to create a bioplastic from a gelatine base to replace plastic bag waste and create a fully biodegradable material.
Biopolymer
Peelsphere’s materials are designed for a closed loop system. This composite material is 70-80% biopolymer, with organic cotton backing, dyed naturally or Oeko-Tex certified.
Tactility
Ellen Posch explores the future of ambient technology in the home. Surfaces need to be tactile and intuitive for people to interact with them.
AI metamaterials
Researchers at TU Delft have developed a new super-compressible but strong material using AI. Machine learning inverts the design process from experimental to computational.
PET lining
Sympatex Technologies developed lining materials from recycled PET bottles. It is 100% water- and windproof, thus suitable for fashion, leisure and sportswear.
Thermo bonded
Thermo bonded double face cotton and Seacell knit by CFM Conscious Fashion Makers.
Nanofilm
Cova Trujillo Mateos applies bio-technology to create a biodegradable and lightweight non-woven. This ultrathin nanofilm can be used for all textile-like applications.
Strength & weight ratio
The aluminium honeycomb by AMT Composites is a structural lightweight material with high strength properties.