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BALLISTIC HELMETS EXPLAINED

Your head is arguably the most exposed—and therefore most vulnerable—part of your body when bullets are flying. In response to that reality, numerous manufacturers of ballistic-protection products have developed technologically advanced helmets to keep your head safe in danger-filled situations. The challenge for you then becomes choosing a helmet that's right for the missions you undertake. It’s a challenge because there are so many different categories of helmets now available. Each comes with its own set of design and performance characteristics to meet various ballistics standards. This blog post discusses modern ballistic helmets, how they're made, what the standards are that they must meet, and how they're tested to demonstrate that they measure up to those standards.To get more news about Hard Armor panels, you can visit bulletproofboxs.com official website.

The main purpose of a ballistic helmet is of course protection—protection against potential threats that occur in military or police operations. These threats include bullets of course, but also splinters, shrapnel, blunt blows, falls, and impacts. The choice of material used in a ballistic helmet can influence the protective effect of that headgear. So can the material’s thickness, the design of the helmet, as well as its interior fittings (including strapping).

However, these days there is increased usage of specialised equipment, such as hearing protection and communications systems, night-vision devices, and respiratory protection. Consequently, a combat helmet’s role is no longer just to protect, but also to serve as a platform that must be capable of accommodating and smartly integrating additional mission-critical equipment.

As with all protective equipment, comfort is a very important factor. The operator must be comfortable wearing the helmet for a protracted time without experiencing fatigue in order to carry out dynamic operations. This is why it’s crucial that a helmet’s interior include personal adjustment options to ensure it will be comfortable enough for daily use and extended operations.
HELMETS MADE OF POLYETHYLENE AND ARAMID
Helmets made of polyethylene and aramid fibres offer high-level, low-weight protection against fragments and explosions. A downside is that impact from bullets deforms the material considerably, a development that can result in fatal injuries.

In addition, the protective surface of aramid helmets is smaller, as projectiles are only stopped at a greater distance from the edge. Nonetheless, this type of helmet is particularly suitable for military personnel exposed to threats of explosions and fragments, and in need of a lightweight helmet that can be worn for a stretch of time lasting several hours.