Kevlar: Fun Facts and Trivia - Vampire Tools (2024)

FAQs

What are some cool facts about Kevlar? ›

Kevlar^® is inherently flame resistant—protecting against thermal hazards up to 800 degrees Fahrenheit. Additionally, Kevlar^® fibers won't melt, drip or support combustion.

Kevlar is a manufactured plastic, and it's made of a chemical compound called poly-para-phenylene terephthalamide. This chemical is made from creating a chemical reaction between an acid and a chemical solution containing nitrogen and hydrogen.

Kevlar¿ is an organic fiber in the aromatic polyamide (aramid) family that combines high strength with light weight, and comfort with protection. Kevlar¿ is five times stronger than steel on an equal weight basis and provides reliable performance and solid strength.

KEVLAR® Fiber is inherently flame resistant, but can be ignited (limiting oxygen index = 29). Burning normally stops when the ignition source is removed. Pulp and dust accumulations may continue to smolder once ignited. KEVLAR® fiber dust does not present an explosion hazard.

Take a look at the manufacturer's recommendation for the service life for your Kevlar. Many vests and ballistics materials have a service life of five years. Do not use Kevlar after its service life is up, and dispose of Kevlar appropriately.

Kevlar (TM) is a Para-Aramid thread. it is one of the strongest and most heat resistant commercially available threads. It is about 2.5 times stronger than nylon and polyester. It also has very little stretch, it does not melt, and it decomposes at 800F.

It is primarily famous for its tremendous use in industry and superior technology like helicopter blades, ballistic Armor, sporting goods, and pneumatic reinforcement, (Tanner et al., 1989). The various types of Kevlar are Kevlar-29, Kevlar-49, Kevlar-100, Kevlar-119, and Kevlar-129, (Deepak and Subbaya, 2020).

In the last three decades body armor saved the lives of more than 3,000 police officers. That's just in the United States, so it's safe to say tens of thousands of lives have been saved worldwide.

In a polymer research lab at DuPont, Kwolek discovered the super fiber known as Kevlar. In 1965 Stephanie Kwolek created the first of a family of synthetic fibers of exceptional strength and stiffness.

Once it is manufactured into its fiber form, it is then made into a thread that can be woven into fabric or other materials. This is how it is woven into body armor and bulletproof vests. An important thing to note about Kevlar is that it is not waterproof and can not be placed in direct sunlight.

Can Kevlar stop a sword? ›

The demands of stopping a long blade and the demands of stopping a bullet are very different. Kevlar isn't really rigid enough to serve like solid plate and it isn't thick enough to protect like a gambeson. Kevlar has never been optimised to protect from swords, axes, or other weapons of ancient and medieval war.

When used in stab-proof vests, Kevlar demonstrates remarkable resistance to knife attacks. The fibers in Kevlar are designed to flex enough to distribute the force of a stabbing motion but not enough to allow the blade to penetrate the fabric.

Kevlar® can not be dyed typically and is only available to offer yellow color as ecru of Kevlar®. However, Gunze's Kevlar® SPUN Type is available in 22 colors that are produced by Gunze's dyeing technology!

Most “sniper” rounds will punch right through level 3a Kevlar and below, even level 3 steel body armor might not stand a chance depending on the caliber and type of bullet. A 5.56 round from an AR-15 would even punch through Kevlar so a much bigger and powerful round would easily pass though.

INGESTION: Based on animal studies, KEVLAR® is nontoxic when eaten. INHALATION: KEVLAR® fiber is too big to inhale into the lungs, but fiber dust and fly from processing may be breathed into the nose and throat. Working unprotected in dusty conditions may cause upper respiratory irritation and cold-like symptoms.

Kevlar® has a unique combination of high strength, high modulus, toughness and thermal stability. It was developed for demanding industrial and advanced-technology applications. Currently, many types of Kevlar® are produced to meet a broad range of end uses.

This material is very lightweight, meaning it is ideal in bulletproof vests and other clothing items as it is not bulky and does not cause overheating when worn. Kevlar does have some disadvantages: while its tensile strength is high, it has poor resistance to being compressed.