Picture this: your car gets scratched, but by morning, the paint looks perfect again. Or your phone screen cracks, and by the next day, it’s as if nothing happened. It sounds like science fiction, but self-healing materials are stepping out of the lab and into real life. Materials science, chemistry, and some seriously advanced technology…
For centuries, people have been researching and developing different types of surfaces for different applications known as surface modifications. As a result, today we have self-cleaning windows, superhydrophobic glass, cell-friendly implants, and scratch-resistant surfaces.
Printed circuit boards (PCB) are considered a vital part of almost all electronic devices. Growing demand for digitalization in developing markets coupled with supportive initiatives by the government for sustainability measures and protecting the environment are increasing market growth.
The intriguing perspective of imparting new physical properties and novel behaviors to a host polymer matrix through the simple addition of small amounts of nanoparticles is what makes polymer nanocomposites attractive.
The rechargeable lithium-ion battery (LIB) is a key technology for achieving carbon-neutrality. LIBs are widely used in portable electronic devices. They are also used in electric vehicles and industrial equipment that consume much larger amounts of electrical energy. LIBs are ideal for these applications because of their light weight, high power density, and ability to recharge many times.
Delivering Growth – in Asia and Beyond.
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