Smart textiles can be a next-generation set of clothes present in the wardrobes of the future populace owing to the inclination towards technology. The basic idea behind this creation is to make the textiles not only technology prone but also cost-friendly for the public. The material graphene’s use in the manufacturing of durable, reasonable, and bulk-produced ‘smart textiles’ will provide totally new momentum in the fashion industry. According to the University of Exeter Engineering department, Professor Monica Craciun and her team of scientists have been able to develop complete electronic fibers that can be woven into the clothing being produced every day.
The recent wearable electronics are made using various methods to integrate devices to fabrics in such a pattern that they are too inflexible and vulnerable to malfunctioning. In the current study, the electronic devices are integrated into fabrics of the materials wherein the electronic fibers’ coating with durable and light-weight components will let images be displayed on the fabric itself. The team plans to flip the wearable electronic devices industry upside down using its new creation with a wide application range including health monitoring. It can keep one’s blood pressure, medical diagnostics, heart rates, and others.
As per Professor Craciun, the electronics have to be woven into the material rather than just placing on top of it. The smart textiles will have a new gateway opened with a futuristic high application. The graphene fibers will be integrated into the materials using a new technique. This thinnest electricity conducting substance is very flexible as well as strong making it the best option for scientists to be used in wearable electronic devices. The polypropylene fibers were used to attach the graphene-based electronic fibers so as to create a light-emitting and touch-sensor features.
This game changer in modern technology changes the overall perspective of the textile industries. The drawback in the monitoring healthcare wearable biosensors is the weight issues and power durability. The scientists from the University of Massachusetts have developed a charge-retaining system that is easily incorporated into clothing in an embroidery charge-storing pattern.