We commonly refer to them as bullet proof attire. They are mostly used by officers of the law when they find themselves in a cross fire or any other dangerous situation.We all know what safeguard clothing is. However, civilians are also allowed to have them. This is because you are never totally assured of your safety because of the existence of police officers.
You may wonder how these bullet proof clothes are made and this article explains a bit of it. The manufacturers produce fiber or filament that is light but at the same time strong. They can use either Dyneema or Kevlar. They are the most common ones. Kevlar is used by spinning a solid thread from a liquid chemical blend. Dyneema, on the other hand, is formed by a gel-spinning process which means a lot of strength combined with softness.
The material is then woven into yarn and cords. Yarn is a strong and continuous fiber that is used to form fabrics. The material is made into the many different colors we know bullet proof attire to be. For a civilian, this gives them a wide range of option and for the authorities, they can get to pick a color that is similar to their uniform.
They then proceed to weave the cord and the yarn together in order be able to come up with a uniform fabric. This fabric appears to be a large piece of material. It actually appears like the fabric that is used by tailors in making clothes. These materials are then taken to the factory to begin the process of making the vests after the overall checking their qualities.
Even though it looks good enough for a tailor to use, it is not to be cut with scissors. In these factories there are machines made especially for the purpose of creating cutting up this material. The front and the back of the vest may be of different sizes but the machines are designed to be able to cut the appropriate sizes and for different sizes of the vest.
The cut-up materials are then assembled together and placed on top of each other. Not all vests are of the same thickness. The number of pieces on each vest determines how thick the vest is going to be. The thickness also depends on the client. For a civilian, it will not be as thick as that of a soldier as there are so many threats on the battle field.
The next step is to put the material under covers. The covers help to prevent them being affected by factors such as humidity and water. The cover is like an umbrella that protects you from the sun or the rain. The cover actually highly contributes to giving the best its bullet proof characteristics.
The flying cover carrier has pockets in which ballistic panels are introduced. The pockets in each carrier can actually be increased in order to carry more ballistics. The pockets also help to hold in place the ballistics on the body of the person wearing it. This is the simplest way bullet proof vest making can be explained.
You may wonder how these bullet proof clothes are made and this article explains a bit of it. The manufacturers produce fiber or filament that is light but at the same time strong. They can use either Dyneema or Kevlar. They are the most common ones. Kevlar is used by spinning a solid thread from a liquid chemical blend. Dyneema, on the other hand, is formed by a gel-spinning process which means a lot of strength combined with softness.
The material is then woven into yarn and cords. Yarn is a strong and continuous fiber that is used to form fabrics. The material is made into the many different colors we know bullet proof attire to be. For a civilian, this gives them a wide range of option and for the authorities, they can get to pick a color that is similar to their uniform.
They then proceed to weave the cord and the yarn together in order be able to come up with a uniform fabric. This fabric appears to be a large piece of material. It actually appears like the fabric that is used by tailors in making clothes. These materials are then taken to the factory to begin the process of making the vests after the overall checking their qualities.
Even though it looks good enough for a tailor to use, it is not to be cut with scissors. In these factories there are machines made especially for the purpose of creating cutting up this material. The front and the back of the vest may be of different sizes but the machines are designed to be able to cut the appropriate sizes and for different sizes of the vest.
The cut-up materials are then assembled together and placed on top of each other. Not all vests are of the same thickness. The number of pieces on each vest determines how thick the vest is going to be. The thickness also depends on the client. For a civilian, it will not be as thick as that of a soldier as there are so many threats on the battle field.
The next step is to put the material under covers. The covers help to prevent them being affected by factors such as humidity and water. The cover is like an umbrella that protects you from the sun or the rain. The cover actually highly contributes to giving the best its bullet proof characteristics.
The flying cover carrier has pockets in which ballistic panels are introduced. The pockets in each carrier can actually be increased in order to carry more ballistics. The pockets also help to hold in place the ballistics on the body of the person wearing it. This is the simplest way bullet proof vest making can be explained.
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