Researchers at UoW in Ontario Develop a Smart Material
Amy Duong — April 27, 2023 — Art & Design
References: uwaterloo & designtaxi
Researchers at the University of Waterloo have developed a new novel smart material that is able to change color when it responds to heat and electricity. The team claims that this is the inaugural material to change color and shape based on two varying stimuli.
This could possibly lead to a wide range of applications including clothing that is able to heat up while it is being worn, or bumpers returning to their original shape after accidents. The material is inexpensive and environmentally friendly to create with polymer nano-composite fibers that are made from recycled plastic as well as stainless steel that come together on a woven structure. It is fused together with a device that functions similarly to a traditional loom.
Image Credit: University of Waterloo
This could possibly lead to a wide range of applications including clothing that is able to heat up while it is being worn, or bumpers returning to their original shape after accidents. The material is inexpensive and environmentally friendly to create with polymer nano-composite fibers that are made from recycled plastic as well as stainless steel that come together on a woven structure. It is fused together with a device that functions similarly to a traditional loom.
Image Credit: University of Waterloo
Trend Themes
1. Color-changing Materials - The development of color-changing materials can lead to innovative applications in fashion and automotive industries.
2. Smart Fabrics - The creation of smart fabrics with the ability to change based on varying stimuli could disrupt the textile industry and lead to new product offerings.
3. Eco-friendly Composites - The use of eco-friendly polymer nano-composite fibers made from recycled plastic and stainless steel could transform the materials and manufacturing industries.
Industry Implications
1. Fashion - The introduction of color-changing fabrics can revolutionize the fashion industry and create new market opportunities for designers and manufacturers.
2. Automotive - Smart materials that can change color and shape have the potential to change the way cars are designed and manufactured.
3. Materials Science - The development of new eco-friendly composites can lead to the creation of sustainable materials for a variety of industries.
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