How strong is Twaron?
Like Kevlar, Twaron is also five times stronger than steel. Despite its durability, it can be twisted or braided which is necessary for rope constructions. It is also chemical resistant and cut resistant. Its strength is not lost too much even if it encounters several abrasions and stretching.
Is Twaron waterproof?
This vest is made using aramid fibers ( Twaron® or Kevlar®), or UHMWPE ( DYNEEMA ®) sealed in a waterproof bag and inserted in a durable nylon outer garment with bullet-stopping protection meeting NIJ Level lllA 9 mm . Available For both males and females .
Is Twaron the same as Kevlar?
The main difference between Kevlar and Twaron is that kevlar cloth is woven and can be used for purposes such as mooring lines in marine applications. The Kevlar composite is also used to produce automotive components, fiber optics, and industrial garments. Twaron is a fiber that is solid and synthetic.
Is Twaron bullet proof?
Ballistics Materials: Twaron is an effective fiber for the creation of body armor. As such, Twaron is an ideal material for bulletproof vests, helmets, and other protective gear, and it has applications in military and police agencies.
What is Twaron used for?
Twaron is suitable for a virtually unlimited range of challenging applications, including ballistic protection, heat and cut protection, the oil and gas industry, the automotive industry and optical fiber cables to name just a few of its many uses.
Where is Twaron made?
Since 2000 Twaron BV has been owned by the Teijin Group, now called Teijin Twaron BV and based in Arnhem, Netherlands. The main production facilities for Twaron are in Emmen and Delfzijl.
What is the difference between aramid and Kevlar?
Some people ask about the difference between aramid and Kevlar. The answer is, no difference exists. Kevlar® is the trademarked brand name for the aramid fiber made by DuPont™. However, due to it being the first para-aramid developed, its name is synonymous with the term aramid.
Is Zylon stronger than Kevlar?
Zylon® (or PBO fiber) is a high-strength synthetic polymer whose tensile strength actually exceeds Kevlar®, one of the most prominent and recognizable synthetic fibers on the market. Zylon boasts a tensile strength that is 1.6 times stronger than Kevlar.
What is Twaron made from?
aramid polymer
Twaron is a lightweight, super strong synthetic fiber made from aramid polymer. Aramid molecules are characterized by relatively rigid polymer chains linked by strong hydrogen bonds, which transfer mechanical stress back and forth, rather like a zipper. This permits the use of chains of relatively low molecular weight.
Who invented Twaron?
Akzo
Twaron (a brand name of Teijin Aramid) is a para-aramid. It is a heat-resistant and strong synthetic fibre developed in the early 1970s by the Dutch company Akzo Nobel’s division Enka BV, later Akzo Industrial Fibers.
What is Twaron yarn?
Twaron® is a para-aramid, high- performance yarn. Offering well-balanced performance in terms of mechanical properties, chemical resistance and thermal stability, Twaron® is recognized across a wide range of industries as an extremely valuable material with excellent durability.
What makes Twaron so special?
With its unique combination of mechanical properties, chemical resistance, excellent durability and thermal stability, Twaron can transform a normal product into an extraordinary one. Its unparalleled versatility, high-performance properties and added value potential have made Twaron
What are Twaron staple fibers used for?
Twaron® staple fibers are used in textile applications for gloves, and for apparel that protects against heat and cuts. The staple fibers are available in the regular yellow para-aramid color as well as in black. Several specified staple fiber lengths can be supplied (40, 50, 60 mm).
What is the melting point of Twaron?
In addition, Twaron® has a low, negative thermal expansion coefficient of a few ppm/°C, which contributes to the material’s high dimensional stability. Finally, Twaron® does not shrink when exposed to hot air. Twaron® has no melting point and will only start to decompose at temperatures of 500 °C (932 °F) and above.