Manufacturing electrically heated textiles that are lightweight, flexible, and washable.
Professor of Chemistry Trisha Andrew and Morgan Baima ’18PhD both like to think with a practical eye on scientific problems. The two formed to merge technology and textiles—Soliyarn.
Soliyarn’s first product will be an innovation that’s gotten lots of attention, including from Nike, Under Armour, and U.S. military special operations: electrically heated garments, starting with gloves made from ordinary fabric coated with super-thin conductive polymers via a process developed in Andrew’s UMass lab. The gloves are powered by a tiny battery and are lightweight, flexible, and washable. “It’s a simple and useful application for our new technology,” says Andrew. Andrew and Baima predict that the buyers of their heated gloves and other garments will include motorcyclists, winter athletes, and outdoor workers, and they foresee further mergers of tech and textiles. “You could give me a T-shirt,” Andrew says, “and we could paint an electronically active pattern on it with our coating that could tell you your heart rate, measure your blood sugar, or store a charge.” Or, she says, Soliyarn could make a high-fashion gown that heats up, generates power as its skirt swirls, and stores power, too. One day, you will be able to sew or knit all kinds of electronic devices using coated threads. How about a car seat? Or a baby bottle warmer? A curtain that harvests solar energy?