LEARN ABOUT NEXT GEN SILK TECHNOLOGY
Decoding Nature's High-Performance Fiber with Alex Connor
Are you curious about how scientists are working on developing replacements for silk in the lab? In this presentation, Alex Connor, a PhD student in chemical and biological engineering at Rensselaer Polytechnic Institute explains in a very approachable and digestible way what silk is by looking at its components, including amino acids, peptides, and proteins, and then how the silk proteins can be replicated through non-animal sources into fibrils, fibers, and then woven fabrics. He also explains why industry is trying to replicate silk. Silk is such a unique fiber with high tensile strength, elasticity, and toughness and well as being lightweight, biocompatible, temperature stable, and completely biodegradable. It also has significant negative attributes such as killing trillions of silkworms per year and having the most negative environmental impact out of all materials used in the fashion industry. A handful of companies have already developed next gen silk materials which do not use animals and are more sustainable.
MATERIAL TESTING REPORTS
Material Performance and Sourcing: Bovine Leather
In order to replace leather, we need to know what makes leather desirable. People don't buy leather because they want an animal to be killed. They buy leather because of its look, feel, quality, and performance all of which can be replicated using non-animal and less environmentally damaging materials. This report lays out the attributes brands look for in leather, how to test for them, and what metrics material companies need to meet in order to satisfy brand requirements. The more we understand why people purchase leather, the better we can produce materials which meet their needs but are animal-free and more sustainable.
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