This could be used for making armor or ballistics protection ... crystalline substances are brittle, but our polymer has a ...

Despite its rigid structure, the polymer is surprisingly flexible ... have a future as a specialty material for light-weight body armor and ballistic fabrics. "We have a lot more analysis to ...

Imagine armor as light as fabric yet stronger than ... The 2D mechanically interlocked material is a polymer structure that uses mechanical bonds—bonds with physical interlocking, as opposed ...

Despite its rigid structure, the polymer is surprisingly flexible ... group’s new polymer might have a future as a specialty material for light-weight body armor and ballistic fabrics. “We have a lot ...

Using the material to increase the weight of existing armor materials by 2.5% also makes the end result stronger and more durable, the team reports. "We made a completely new polymer structure ...

such as in body armor. This 2D polymer structure is engineered at a nanoscale, which is measured in nanometers. Monomers with the shape of an X are organized into a crystal structure. Those ...

"We made a completely new polymer structure," said Northwestern's William ... material perfect for the development of new lightweight armor or other ballistic fabrics. The researchers dedicated ...

Courtesy of Markus Buehler / MIT To make actual armor, researchers might swap out the polymers for ceramics or carbon fibers. By arranging them in a conch-like structure, we could improve on ...

Researchers describe a new polymer structure called a bilayer-folded mesophase that has been discovered through a random copolymer sequence. Polymers, large molecules made up of repeating smaller ...