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Gotye UHMWPE UD Fabric is a bulletproof material synthesized from fibers and special resins, using a 0 °/90 ° orthogonal composite method to create a two-layer, four-layer, or multi-layer structure. The long fibers in weft free fabrics are arranged in a straight and parallel manner, and the strength loss of the fibers during processing is minimal. They can fully utilize the high strength advantages of the fibers themselves, have excellent ballistic performance, and have soft and comfortable, light texture, waterproof, moisture-proof, anti-corrosion, tensile strength, impact resistance, and UV resistance characteristics. Mainly suitable for products such as soft inner cores of soft bulletproof vests, the design of the soft inner liner perfectly matches the models of GMK-IV, GJK-MV, and GZK-FV, ensuring that the inner liner can fully cover key parts of the human body, thereby ensuring the overall comfort and optimal protective performance of bulletproof vests.
Main characteristics:
▲ Using ultra-high molecular weight polyethylene fibers with high strength and modulus as raw materials
▲ Pre impregnated sheets with two or four layers of fibers arranged in a unidirectional manner perpendicular to 0/90 °
▲ Flexible resin matrix for clothing use
▲ With low bulletproof surface density
▲ Excellent wearing comfort
▲ Has a pure white appearance
Gotye UHMWPE high strength high modulus polyethylene hard bullet-proof weft free cloth is the use of special water-based dispersion adhesive, two layers, four layers or multiple layers of unidirectional UHMWPE fiber cross-laid in the 0°/90° direction, and sandwiched in the thermoplastic film, through a specific process of composite processing. In the manufacturing process, special devices are used to ensure that each fiber can be evenly stretched with sufficient strength, giving full play to the high strength advantages and chemical and radiation resistance of the fiber itself, so that the UHMWPE UD cloth is more tough, has excellent anti-fragmentation performance, and can greatly reduce the sag. Mainly used in bullet-proof helmet, bullet-proof shield, bullet-proof armor plate, composite bullet-proof plate and other hard bullet-proof field, is the best choice for lightweight American NIJ III/IV lightweight bullet-proof solution, for multiple rounds, oblique shot has excellent protection effect.
Main characteristics:
▲Using ultra-high molecular weight polyethylene fibers with high strength and modulus as raw materials
▲Fiber unidirectional pre impregnated sheets with two or four layers arranged orthogonal at 0/90 °
▲A rigid resin matrix used for board applications
▲Has a lower density of bulletproof surfaces
▲Excellent shaping performance to adapt to production processing
▲Has a pure white appearance
Soft UHMWPE bulletproof UD fabric | ||||||
No. | Surface density (g/m2) | Structure | Width (m) | Length (m) | Thickness (mm) | Purpose |
SGPF-1 | 120g±5 | 2UD | 1.6 | 200 | 0.15±0.02 | Bulletproof vests, bulletproof soft armor, etc |
SGPF-2 | 130g±5 | 2UD | 1.6 | 200 | 0.16±0.02 | Bulletproof vests, bulletproof soft armor, etc |
SGPF-3 | 160g±5 | 4UD | 1.6 | 200 | 0.21±0.02 | Bulletproof vests, bulletproof soft armor, etc |
Hard UHMWPE bulletproof UD fabric | ||||||
No. | Surface density (g/m2) | Structure | Width (m) | Length (m) | Thickness (mm) | Purpose |
HGPF-1 | 120g±5 | 2UD | 1.6 | 200 | 0.15±0.02 | Bulletproof plate, bulletproof helmet, armor plate, etc |
HGPF-2 | 130g±5 | 2UD | 1.6 | 200 | 0.15±0.02 | Bulletproof plate, bulletproof helmet, armor plate, etc |
HGPF-3 | 140g±5 | 2UD | 1.6 | 200 | 0.15±0.02 | Bulletproof plate, bulletproof helmet, armor plate, etc |
HGPF-4 | 150g±5 | 2UD | 1.6 | 200 | 0.15±0.02 | Bulletproof plate, bulletproof helmet, armor plate, etc |
HGPF-5 | 260g±5 | 4UD | 1.6 | 100 | 0.15±0.02 | Bulletproof plate, bulletproof helmet, armor plate, etc |
Gotye UHMWPE high strength high modulus polyethylene hard bu...
Discover the moreGotye UHMWPE UD Fabric is a bulletproof material synthesized...
Discover the moreGotye UHMWPE UD Fabric is a bulletproof material synthesized...
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