Explore the chemistry behind what makes kevlar so strong, and how this essential synthetic fiber was invented. The material was invented by a brilliant DuPont chemist named Stephanie Kwolek.

By the 20th century there was ballistic nylon, but it took kevlar to produce garments with real protection against projectile impact. Now a 3D printed nanomaterial might replace kevlar.

Armor and ballistic shielding refers to materials that are made of ceramics, high-strength fiber textiles, specialty alloys, and composite materials that are resistant to explosions, blast debris, ...

The tests showed that the new Kevlar "EXO" material provides better protection ... Kevlar has been used in a variety of ...

DuPont’s LaPlace chemical manufacturing facility has agreed to pay a $480,000 federal fine and install equipment to halt the ...

BRIGHTON, Colo. ‒ Bulletproof glass. Security cameras. Panic buttons. As the elected county clerk and recorder in a suburb of Denver, Josh Zygielbaum's days are normally filled with marriages, vehicle ...

Sawicki’s helmet stands apart from the M1 not just in the use of novel materials but also in both ... Both the PASGT and MICH were made from ballistic Kevlar fiber, which is likely stronger ...

She designed a bulletproof backpack that can be worn ... the best you can do is "play defense." So she researched materials, convinced her local Navy base to donate some Kevlar to the cause ...

In 1965, Stephanie Kwolek made an unexpected discovery that led to the creation of synthetic fibers so strong, not even steel bullets could penetrate them. During her analysis of long molecule chains ...

The new research suggests that this dinosaur's armor was adapted for fighting between members of Borealopelta markmitchelli.

offering a 30% reduction in weight compared to traditional Kevlar®. The material enhances flexibility and comfort without compromising ballistic protection, making it a top choice for high ...