FAQ
What is TAC-TEX
Is an improved UHMWPE ballistic material. Compared with normal ballistic material, it is with advantages of lighter in weight, more flexibility,less in thickness, higher in performance.
What is NIJ
The National Institute of Justice (NIJ) is the research, development, and evaluation agency of the U.S. Department of Justice. NIJ establishes widely recognized ballistic protection standards used to test and certify body armor and protective equipment.
Common NIJ protection levels include:
- Level IIA
- Level II
- Level IIIA
- Level III
- Level IV
What is ballistic fiber made of?
TAC-TEX ballistic fiber is made from high-performance UHMWPE material with a unidirectional UD 0/90 degrees structure. This construction helps disperse impact energy quickly and provides strong ballistic resistance while keeping the material lightweight and flexible.
What NIJ level can TAC-TEX ballistic fiber achieve?
TAC-TEX ballistic fiber can be engineered for different NIJ protection levels depending on the armor design, layer structure, and areal density. It is suitable for soft armor applications such as NIJ IIIA solutions, and can also be used as part of hard armor plate systems for higher ballistic protection. Final NIJ performance should be confirmed by certified ballistic testing.
Is ballistic fiber lighter than Kevlar?
Yes. UHMWPE ballistic fiber is generally lighter than traditional aramid materials such as Kevlar while still offering excellent impact absorption and ballistic performance. This makes it suitable for protective products that require both high protection and reduced weight.
What is the minimum order quantity for ballistic fiber?
The minimum order quantity depends on the fiber type, specification, width, and project requirements. TAC-TEX can support sample orders, trial production, and bulk purchasing for armor manufacturers and security equipment suppliers. Please contact our sales team for the exact MOQ.
Can TAC-TEX fiber be used for both soft and hard armor?
Yes. TAC-TEX ballistic fiber can be used in soft armor products such as bulletproof vests, protective inserts, and flexible panels. It can also be applied in hard armor systems, including ballistic plates, helmets, shields, and vehicle armor components, depending on the required protection level and product structure.
