How Ballistic Body Armor Fiber is Manufactured

Nanotech Ballistic Fiber is the future when it comes to body armor that presents ballistic fiber resistance and the best part is that it is used to develop a lightweight and elastic ballistic grade carbon nanotube material called the nanofiber. What it is important to realize is that a carbon nanotube can be considered as the ultimate fiber, simply because of the reflecting and highly organized, sp 2 bonded carbon structure and when it come to the organization of the hexagonal honeycomb carbon lattice into cylinders with helical arrangement of hexagonal arrays it has been stated that the unusual macromolecular structure is an superior carbon fiber ever made.

When it comes to standards of body armor they are regional from around the world where ammunition varies and as a result the armor testing must reflect the threats found locally and when I did further research what I found was that Law enforcement statistics show that many shootings where officers are injured or killed involve the officer's weapon, that is why the advancement in nanotechnology will allow for better protective clothing.

as otherr research has been done to harness nanotechnology to help create when it comes to the cost of ballistic fiber it will go up dramatically as yarn size goes down, and body armor and other types of ballistic armor such as with vehicle armor and bomb-resistant panels, many of them are utilizing carbon nanotubes (CNTs).

As I looked further into this type of fiber what I found is that there are 3 grades of Kevlar one being by the same name Kevlarn the next being Kevlar 29, and the last being Kevlar 49. From what I can tell Kevlar is used as reinforcement in tires and rubber mechanical goods also Kevlar 29's industrial applications are as cables, in asbestos replacement, brake linings, and body armor and for Kevlar 49 it has a higher strength, and is used in plastic reinforcement for boat hulls, airplanes, and bicycles as for the ultraviolet light component of sunlight it actually degrades and decomposes Kevlar, and this is a problem known as UV degradation, and so it is rarely used outdoors without protection against sunlight.

So Ballistic resistant panels are used in security walls,for safe havens, safe rooms, panic rooms, bullet resistant doors, and as a blast protection barrier for both military and civilian applications. The new breakthrough include such things as how nanotechnology creates super strong fibers for bullet proof vests and it will be these Smart textiles that create tough cotton

It is important to note that no matter how successful, these new composite materials would lead to ballistic resistant panels that would be thinner and lighter, which would lead to lower material and transportation costs and decrease for the burden on building framing, while still maintaining , and improving, the ballistic protection.

When it comes to having a well-known component such as in personal armor you can purchase combat helmets, Ballistic face masks, and Ballistic vests with the assurance that what you have will protect you in a safety situation.

The PASGT helmet and vest has been used by the U.S. Military and the thing about each is that they have Kevlar as a key component, other military use would be bulletproof facemasks used by sentries and spall liners used to protect the crews of armoured fighting vehicles.

And when it comes to civilian applications for Emergency Service's protection gear is utilized if it involves high heat such as in a fire that is why you will see that Kevlar body armor are used in vests for police officers, security, and SWAT.

It is probably already been mentioned but Kevlar is synthesised in solution from the monomers 1,4-phenylene-diamine (para-phenylenediamine) and terephthaloyl chloride in a condensation reaction yielding hydrochloric acid as a byproduct.

What happens next has more to do with the result of the liquid-crystalline behaviour, and mechanical drawing orients the polymer chains in the fiber's direction for the Hexamethylphosphoramide (HMPA) which is a solvent which initially is used for the polymerization, DuPont replaced it by a solution of N-methyl-pyrrolidone and calcium chloride for safety reasons and this process was patented by Akzo in the production of Twaron.

The reason that this particular brand is of such high quality is due to the Kevlar also known as poly paraphenylene terephthalamide's production is expensive. Which has lead to difficulties arising from using concentrated sulfuric acid, that is needed to keep the water-insoluble polymer in solution during its synthesis and spinning.