A kind of bullet-proof stab-proof material and its manufacturing method
A manufacturing method, bulletproof and stab-proof technology, applied in protective equipment, offensive equipment, personnel protection equipment, etc., can solve the problems of poor stab-proof effect of bullet-proof materials, poor bullet-proof effect of stab-proof materials, and poor liquid fixation, and achieve excellent anti-stab effects. Thorn performance, suitable for mass production, the effect of simple manufacturing method
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Embodiment 1
[0049] (1) Unwind the ultra-high molecular weight polyethylene fiber 400D / 400F from the creel, and the unwinded fiber bundles pass through the warping machine and the DORNIER rigid rapier loom in turn, and weaving them to an areal density of 180g / m 2 woven plain weave, width 1.6m, length 200m.
[0050] (2) The woven plain weave fabric obtained in step (1) is subjected to 2KV corona treatment, and then glued through a dipping tank. The glue material is a polyurethane dispersion, and the glue content of the glued plain weave fabric is controlled by a pair of rollers. is 21.7%; then it is dried at 60°C through a hot tunnel, and finally wound by a winding device to obtain an areal density of 230g / m2 2 plain weave prepreg.
[0051] (3) The plain weave prepreg obtained in step (2) was hot-pressed and shaped at 130° C. and 0.6 MPa by a flat-panel laminator, and after cooling, the surface density was 230 g / m 2 Polyethylene bulletproof and stab-resistant material.
[0052] Lay 23 la...
Embodiment 2
[0054] The manufacturing method provided in Example 1 is adopted, the difference is that: Aramid 800D / 1000F is used instead of ultra-high molecular weight polyethylene fiber 400D / 400F; the obtained area density is 240g / m 2 aramid ballistic and stab-resistant material.
[0055] Lay 23 layers of the aramid bullet-proof and stab-proof material provided in Example 2 so that the area density is 8.05kg / m 2 According to the GA68-2008 police stab-proof clothing standard, that is, with 24J±0.5J kinetic energy, effectively pierce at 0° and 45° penetration angles, and the knife tip is not allowed to penetrate the bullet-proof stab-proof clothing; according to GA141-2010 police body armor standard 3, that is, to prevent the 1951-style 7.62mm lead-core bullet fired by the 1979-style 7.62mm light submachine gun. The test results meet the requirements of ballistic and stab resistance.
Embodiment 3
[0057] The manufacturing method provided in Example 1 is adopted, the difference is: PBO fiber 1000D / 650F is used instead of ultra-high molecular weight polyethylene fiber 400D / 400F; the obtained area density is 230g / m 2 of PBO bulletproof and stab-proof material.
[0058] 23 layers of the PBO bulletproof and stab-proof material provided in Example 3 are laid up so that the area density is 8.05kg / m 2 According to the GA68-2008 police stab-proof clothing standard, that is, with 24J±0.5J kinetic energy, effectively pierce at 0° and 45° penetration angles, and the knife tip is not allowed to penetrate the bullet-proof stab-proof clothing; according to GA141-2010 police body armor standard 3, that is, to prevent the 1951-style 7.62mm lead-core bullet fired by the 1979-style 7.62mm light submachine gun. The test results meet the requirements of ballistic and stab resistance.
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