Military Bulletproof Helmet

Products Description Products Description This top-of-the-line bullet-proof helmet provides reliable head safety protection for police officers, special forces, soldiers and other combatants. Its design employs Kevlar fiber and ceramic panels, and the lining and ballistic liner work together to...

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Product Introduction

Products Description

This top-of-the-line bullet-proof helmet provides reliable head safety protection for police officers, special forces, soldiers and other combatants. Its design employs Kevlar fiber and ceramic panels, and the lining and ballistic liner work together to effectively absorb and disperse the force of a bullet impact. With features including portability, breathability, comfort, and anti-sweat material, this helmet is suited for a variety of complex combat environments. The product has undergone rigorous testing and certification, meeting professional standards for production, making it a trusted choice for modern warfare.

Product name	Military Bulletproof Helmet
Material	Pe or aramid
Protection level	Level IIIA (NIJ standard 0101.04)
Bullet resistance	9mm and .44 Mag
Protection area	1250 cm2
Net Weight	1.65KG/PCS
Size	S,M,L,XL
Color	customized
Target User	Solider,Policemen,Security guard
OEM	Accept,logo ,color
Valid period	5years
Feature	Excellent Performance Light weight Good impact resistance We should avoid any ricochet that may cause a second injury. Instead, let's discuss a different approach to address the issue without the risk of further harm. Easy-to-process and assembly Sea water resistance, acid and alkali resistance, moisture resistance, heat resistance, UV resistance, aging resistance, and collision resistance are some of the key properties that the material should possess. These features are crucial in ensuring the longevity and durability of the material under harsh environmental conditions. It is essential for the material to withstand the corrosive effects of sea water, as well as the damaging impact of acid and alkali substances. Additionally, the material should be resistant to moisture, preventing any potential damage caused by water infiltration. Heat resistance is important in order to withstand high temperatures without any adverse effects on the material's integrity. UV resistance is necessary to protect the material against the harmful effects of ultraviolet radiation from the sun. The material should also possess excellent aging resistance properties, allowing it to maintain its performance and physical properties over an extended period of time. Finally, the material should have collision resistance to withstand impacts and minimize the risk of damage or deformation.