What Factors Affect The Performance of Anti riot Helmets?

Anti-riot helmets are a very important piece of equipment to protect the head. The head is a fragile place. The most important organs of the human body are in the head. Therefore, the protection of the head is very important. For anti-riot personnel, their work is relatively dangerous. The variability of the working environment and the unstable factors of risk factors surround anti-violence personnel at all times. When working, anti-riot personnel need a high degree of concentration, and their own protection is also more important. If the body is injured, it still has some fighting ability, but if the head is hit hard, the consequences will become very serious. Head injury It will cause blindness, bleeding, coma and other phenomena, and the riot control personnel will lose their ability to fight, which is very dangerous. At this time, riot helmets will play a very important role. Anti-riot helmets have various powerful features such as light weight, good protection, resistance to knives, and resistance to hard object impacts, which can protect your head very well.

The anti-riot helmet is a full-face helmet design, consisting of a hard helmet cover, a flexible lining and a suspension system. It mainly protects against two types of damage, one is a direct blow to the head from a blunt object or projectile, and the other is against non-inertial penetrating damage that may be caused to the head. The performance of anti-riot helmets determines the level of safety. So what factors affect the performance of anti-riot helmets?

First, if the anti-riot helmet is not penetrated, reducing the thickness of the helmet body will increase the maximum acceleration of the neck and head, thus reducing the protective performance of the helmet.

Second, the helmet lining is an important part of preventing non-penetrating injuries to the head. The choice of lining material and thickness will have an impact on the protective performance of the helmet. Generally speaking, the higher the flexibility, the better the cushioning, but it is more likely to be crushed and fail. The material and thickness of the lining should be balanced when designing.

Third, under the same working conditions, thickening the lining material of the riot helmet can extend the time the force acts on the head and improve the protective performance of the riot helmet.

As a riot control helmet factory, KIANG supports OEM & ODM orders, provides free samples, and is committed to developing high-quality riot helmets. It is a anti riot helmet supplier with 15 years of experience.

Constructed of high-strength materials, strong impact resistance

The core of riot helmets lies in the high-strength materials they use, such as ABS (acrylonitrile-butadiene-styrene copolymer), PC (polycarbonate) composite materials or more advanced aramid fibers, carbon fibers, etc. These materials have extremely high impact resistance, can effectively absorb and disperse impact energy from the outside, and greatly reduce the risk of head injuries. Even in extreme situations such as blunt blows or falling objects from high altitudes, they can provide a reliable protective barrier for the wearer.

Anti-puncture design to improve the level of safety protection

In response to possible sharp weapon attacks, modern riot helmets also incorporate anti-puncture design. By adding one or more layers of high-strength metal mesh or composite material layers inside the helmet shell, a multiple protection structure is formed to effectively prevent the penetration of sharp objects such as blades and nails, further improving the level of safety protection. This design enables riot helmets to provide more comprehensive protection in complex and changeable violent conflict environments.

Ventilation and breathability to improve wearing comfort

Wearing a helmet for a long time can easily cause stuffiness and discomfort in the head, affecting work efficiency and judgment. Therefore, high-performance riot helmets pay special attention to the design of ventilation and breathability. Through the scientific and reasonable layout of ventilation holes and the optimization of internal padding materials, air circulation is effectively promoted, sweat accumulation is reduced, and the head is kept dry and comfortable. At the same time, some high-end models are also equipped with an adjustable ventilation system, which can flexibly adjust the ventilation volume according to the needs of the wearer, further improving the wearing experience.

Lightweight design, reducing the weight burden

On the premise of ensuring protective performance, lightweight design is another important direction pursued by modern riot helmets. By adopting advanced material science and technology and precise manufacturing processes, the overall weight of the helmet can be significantly reduced. This not only helps to reduce the wearer's weight burden and improve mobility, but also reduces neck and shoulder fatigue after long-term wear, and maintains the best combat or working state.

Anti-chemical corrosion, adapt to complex environments

In response to special occasions such as chemical terrorist attacks and industrial accidents, riot helmets must also have the ability to resist chemical corrosion. By applying a special anti-corrosion coating on the surface of the helmet or using corrosion-resistant materials to make the shell, it can effectively resist the erosion of corrosive substances such as acids, alkalis, and oils, and protect the wearer's head safety. This design enables riot helmets to play a role in a wider and more complex environment.