- Energy absorbing properties of EPS foam in bicycle helmet
- How bike helmets protect your head in a collision?
- Bicycle helmet safety standards: CPSC and CE EN 1078
- The bottom line
Bicycle safety helmets are vital safety tools for bikers, but do you know just how these safety helmets protect your head during a crash? While the physical design of headgear is very important, the science behind it makes them genuinely efficient.
In this write-up, we will discover the scientific research on bike helmets as well as just how they work to maintain motorcyclists' security. From materials and style to fit and protection, learn what enters into keeping your head risk-free while biking.
Energy absorbing properties of EPS foam in bicycle helmet
EPS foam is a type of plastic used in bike helmets for its capability to absorb energy. The EPS foam is generally enclosed in a plastic shell that assists in distributing and soaking up impact power in case of a crash.
EPS foam is picked for bike safety helmets since it is lightweight, cost-effective, as well as have an excellent equilibrium of energy-absorbing buildings and durability.
So when a bicyclist drops and hits him the ground directly, the EPS foam in the helmet crushes as well as takes in some of the impacts, decreasing the amount of force sent to the head, which can aid in avoiding severe injuries, consisting of traumas, head cracks, as well as mental retardation.
Along with its energy-absorbing residential or commercial properties, EPS foam is also efficient at taking in and also preserving power from low-level influences, such as those that can take place throughout the day-to-day riding. It helps reduce the threat of small head injuries and also raises the general security and defense of the helmet.
Overall, the energy-absorbing properties of EPS foam are important to consider in ensuring the performance of bike safety helmets in securing the head in case of an accident, particularly for young kids. You can view more information about how to choose bike helmets for your kids.
How bike helmets protect your head in a collision?
We already know the EPS foam. Bike headgears are developed to protect your head in a collision by absorbing the impact of a loss and also dissipating the power over a larger location.
A bike safety helmet makes up of numerous parts that work together, consisting of the external shell and inner foam liner. The safety helmet's external covering is created to dissipate impact energy, while the internal foam lining absorbs shock and directs it far from your head. Both layers assist in securing your mind as well as your head from the force of a loss or crash.
One of the most integral parts of a bike safety helmet is the foam lining, usually polystyrene. This product is great at absorbing impact power and is used in lots of types of protective gear, from football safety helmets to race safety seats. The density, as well as the thickness of the foam lining, are critical to its capacity to safeguard your head in a collision.
When you diminish your bike, your head hits the ground with a force that can often be times your body weight. This force is transmitted via the helmet to the foam liner, which absorbs as well as disperses it over a bigger location. The thicker and denser the foam, the far better it will protect your head, as we stated in the last part.
A well-designed helmet will likewise have a band system that maintains the helmet securely on your head, also when you strike the ground at broadband.
There are other important features of bike helmets, including visors and straps. But the most important thing to bear in mind is that a bike helmet is only effective if it's properly fitted to your head and worn correctly every time you ride.
Bicycle helmet safety standards: CPSC and CE EN 1078
Both have pros and cons, yet normally speaking, CPSC-approved helmets are extra effective at protecting your head in the event of a collision.
The CPSC (Consumer Product Safety Commission) is a U.S. government agency regulating consumer product safety. The CPSC bicycle helmet standard (16 CFR Part 1203) is voluntary, but most manufacturers comply because it provides a uniform set of safety requirements that consumers can trust.
CE EN 1078 is the European standard for bicycle helmets. It's similar to the CPSC standard, but some important differences exist. For example, the CE EN 1078 standard requires that helmets be tested for impact absorption at two speeds (9 and also 12 mph per hour), whereas the CPSC standard only requires testing at one speed (12 mph per hour).
So what does all this mean to you? If you're seeking a brand-new bike helmet, seek one that meets the CPSC or CE EN 1078 requirement. Either one will certainly offer excellent security in the event of an accident.
The bottom line
Bicycle helmets are a need for each bicyclist, from professional athletes to casual bicycle riders. The science behind them is remarkable and also instructional, revealing exactly how they operate in different scenarios to shield your head from injury.
No matter what sort of biking you do, it's important to shield your head with the best helmet. Keep these tips in mind when choosing a helmet, and think about the incredible power of this simple piece of protective gear! And you have to know how to choose the best bike helmets for adults.
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