High Grade White Tactical Vest Material Pe Ud Bulletproof Fabric

UHMWPE fiber, together with carbon fiber and aramid fiber, is known as the world's three major high-tech fibers. In view of its light weight, high strength and high specific energy absorption, it has gradually replaced aramid fiber and has become the first choice in the field of individual bulletproof fiber.

Products Details

Ultra-High Molecular Weight Polyethylene (UHMWPE) is a type of polyolefin that is composed of very long chains of polyethylene with a very high quality of parallel orientation and high level of crystallinity. The extremely long polymer chains enable load transfer by strengthening intermolecular interactions. UHMWPE fibers are manufactured in a gel spinning process. UHMWPE fibers made in China have similar physical and chemical properties. Leading products deliver about 80% more performance at a more affordable price. Therefore, it is your wise choice to choose the fiber provided by Liujia from the most dominant fiber manufacturer in China as the raw material of your product. So far, Liujia has established a good cooperative relationship with UHMWPE fiber manufacturers who use a lot every year, and we have become the preferred distributor of UHMWPE fiber manufacturers.
Hard weft free cloth

brand

The raw materials

type

The surface density

(g/m squared)

width

(m)

The length of the

(m)

Product features

Bullet-proof performance

Protection level

Surface density (kg/m²)

EH131

UHMWPE fiber

2UD

120 + 10

1.2/1.6

200 Excellent bulletproof performance, good rigidity, light weight

NIJ (M80)

13.5 (Platen)

GA141 level 3

5.4 (Pressure plate)

AH101

Aramid fibers

4UD

240 + 10

1.2/1.6

100 Excellent bulletproof performance and light weight

GA141 level 3

5.56 (Press plate)

Ultra-high tensile strength, Excellent strength to weight ratio, which means strong and light High abrasion resistance, good cut resistance Low specific gravity, float on water UV stable and long-term serve in seawater Chemically inert except for strong oxidizing acids Resistant to fatigue & internal friction

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