Researchers at MSU’s Textile Chemistry Department have developed nanotech-based conductive fabric for sensor-driven uses.
Sensors can be attached to the fabric
According to a media report, Under the guidance of senior faculty member Dr Bharat Patel and lecturer Priyank Patel, master’s student Krupal Gondaliya selected polyester fabric for this research. Dr Patel explained, “Earlier, we used tulsi (basil) extract to create copper nanoparticles, in which we used a conductive polymer as a binder. We coated a layer of these nanoparticles on polyester fabric, which made the fabric electrically conductive. Sensors can be attached to this fabric, and the related application can be connected to a mobile phone.”
Dr Patel added, “For example, a fitness app monitors the body’s heartbeat. If the required sensor is fitted into part of a shirt made from this conductive fabric, it will be possible to monitor the wearer’s heartbeat, blood sugar, and blood pressure through a mobile phone. The fabric itself serves the purpose of a wire. At the same time, it can also block electromagnetic waves, allowing it to function as a jammer. However, its range and capacity still need to be tested.”
Research underway to use the fabric as a solar panel in the future
The team aims to adapt this fabric for solar panels by adding two extra layers of nanomaterial, enabling it to act as a photo-receptive cell.
Unlike conventional rigid panels, this version would be flexible, allowing it to charge devices like power banks—ideal for people in remote areas, trekkers, and travelers. A patent has already been filed for the technology.