Bullet-proof and puncture-proof material and manufacturing method thereof

A manufacturing method, bullet-proof and stab-proof technology, applied in protective equipment, offensive equipment, personnel protection equipment, etc., can solve the problems of non-wear resistance, poor wearing comfort, poor liquid fixation, etc., achieve high efficiency, good stability, and manufacturing The effect of simple method

Active Publication Date: 2020-06-09
BEIJING TONGYIZHONG NEW MATERIAL TECH CORP
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  • Summary
  • Abstract
  • Description
  • Claims
  • Application Information

AI Technical Summary

Problems solved by technology

In addition, the prior art also discloses a technical solution for coating shear thickening liquid on aramid fabrics, but its liquid fixation is poor and not wear-resistant, so it is not suitable for wearing
[0004] In summ

Method used

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Examples

Experimental program
Comparison scheme
Effect test

Embodiment 1

[0049] (1) Unwind the ultra-high molecular weight polyethylene fiber 400D / 400F from the creel, and the unwound fiber bundles pass through the warping machine and the Dornier rigid rapier loom in turn, and the weaving surface density is 180g / m 2 woven plain weave cloth with a width of 1.6m and a length of 200m.

[0050] (2) The woven plain weave cloth obtained in step (1) is treated by corona treatment of 2KV, and then glued through the dipping tank. It is 21.7%; then it is dried in a hot shaft at 60°C, and finally wound up by a winding device to obtain a surface density of 230g / m 2 plain weave prepreg.

[0051] (3) The plain weave prepreg obtained in step (2) is hot-pressed at 130°C and 0.6MPa by a flat-panel laminating machine, and the surface density is 230g / m2 after cooling. 2 Polyethylene bulletproof stab-proof material.

[0052] It is 8.05kg / m that 23 layers of polyethylene ballistic-proof stab-proof material provided by embodiment 1 are laid up to surface density 2 A...

Embodiment 2

[0054] Adopt the manufacturing method that embodiment 1 provides, difference is: adopt aramid fiber 800D / 1000F to replace ultra-high molecular weight polyethylene fiber 400D / 400F; Obtain surface density and be 240g / m 2 Aramid bulletproof stab-proof material.

[0055] It is 8.05kg / m that the aramid bullet-proof stab-proof material that 23 layers of embodiment 2 provides is laid up into surface density 2 According to the GA68-2008 police anti-stab clothing standard, that is, with 24J±0.5J kinetic energy, according to the penetration angle of 0° and 45°, it can be effectively penetrated, and the tip of the knife is not allowed to penetrate the bulletproof anti-stab clothing; according to GA141-2010 police body armor standard level 3, that is, the 1951-style 7.62mm lead-core bullet fired by the 1979-style 7.62mm light submachine gun. The test results meet the bulletproof and stabproof requirements.

Embodiment 3

[0057] Adopt the manufacturing method that embodiment 1 provides, difference is: adopt PBO fiber 1000D / 650F to replace ultra-high molecular weight polyethylene fiber 400D / 400F; Obtain surface density and be 230g / m 2 The PBO bulletproof stab-proof material.

[0058] It is 8.05kg / m that 23 layers of PBO ballistic-proof and anti-stab material that embodiment 3 provides are laid up into surface density 2 According to the GA68-2008 police anti-stab clothing standard, that is, with 24J±0.5J kinetic energy, according to the penetration angle of 0° and 45°, it can be effectively penetrated, and the tip of the knife is not allowed to penetrate the bulletproof anti-stab clothing; according to GA141-2010 police body armor standard level 3, that is, the 1951-style 7.62mm lead-core bullet fired by the 1979-style 7.62mm light submachine gun. The test results meet the bulletproof and stabproof requirements.

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PUM

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Abstract

The invention provides a manufacturing method of a bullet-proof and puncture-proof material. The method comprises the following steps that a) high-strength fiber is woven into fabric, wherein the strength of the high-strength fiber is greater than or equal to 20 cN/dtex, and the tensile modulus is greater than or equal to 700 cN/dtex; b) the fabric obtained in the step a) is subjected to surface treatment, gum dipping, drying and winding in sequence, and fabric prepreg is obtained, wherein gum used in the gum dipping process is a thermoplastic resin matrix; and c) the fabric prepreg obtained in the step b) is subjected to hot press setting, and after cooling, the bullet-proof and puncture-proof material is obtained. Compared with the prior art, the manufacturing method provided by the invention takes the high-strength fiber as the raw material, the specific process steps and conditions are adopted, a good interaction effect is achieved, and the obtained bullet-proof and puncture-proofmaterial has both the excellent bullet-proof performance and puncture-proof performance, and is light in weight and comfortable to wear. Experiment results show that the surface density of the bullet-proof and puncture-proof material provided by the invention is below 240 g/m<2>, in addition, bullet-proof and puncture-proof standard requirements are met at the same time, and the material can be applied as the base material of bullet-proof and puncture-proof products.

Description

technical field [0001] The invention relates to the technical field of bullet-proof and stab-proof materials, and more specifically relates to a bullet-proof and stab-proof material and a manufacturing method thereof. Background technique [0002] Bulletproof fiber composite material is a resin-based composite material with fiber as a reinforcing material, which belongs to high-strength fiber composite material. It has excellent physical and mechanical properties and good kinetic energy absorption performance, so it has good bulletproof performance. The manufacturing methods of high-strength fiber composite materials include the following two methods: weaving method and non-woven method. Among them, the mono-oriented prepreg tape can be obtained by the non-woven method. There are many kinds of high-strength fibers suitable for making unidirectional prepreg tapes. It is known that ultra-high molecular weight polyethylene (UHMWPE) fibers are suitable for making unidirectional...

Claims

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Application Information

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IPC IPC(8): F41H1/02
CPCF41H1/02
Inventor 陈振坤黄兴良魏广恒姬万滨
Owner BEIJING TONGYIZHONG NEW MATERIAL TECH CORP
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