In military terminology, any explosive or penetrating material prepared to be fired from firearms, including all non-fixed spare parts and ammunition required for warfare; in modern day terms, smart, timed, fragmented, armor-piercing, remotely fired, long and short-range, guided or unguided electronic, electro mechanical and mechanical defense components with a wide range of millimeters, diameters and calibers that can be used in land, air and sea are called ammunition. In manned and unmanned weapon systems, it is used in the mechanism that drives that drives the projectile from the projectile box to the barrel and especially in the projectile feed to remote-controlled weapon systems. Essentially, it can adapt to different geometries between the projectile box and the weapon system. Since the bullet path where the metal link joins is developed in a flexible structure, it can work in any situation. For example, it is needed in calibers ranging from 7.62 mm to 40 mm. Each of the parts that increase the resistance to friction force and external influences to which the product will be exposed statically/dynamically, that are used between the ammunition box and the weapon, in the right and left feed, that bring together a large amount of cartridges, that meet the need for more ammunition in strips, that increase the power of war and defense, that hold the bullets together, that form the flexible bullet path; which has very few producers in the world and is imported by defense industry companies in our country; is called metal link (Mayon).
A bullet is a component of ammunition that is ejected from the barrel at the time of shooting. Projectiles fired by firearms such as penetrators, explosives, bullets, small caliber firearms and heavy caliber firearms are different. Small arms bullets penetrate the target on impact. The projectiles of artillery, which are large, heavy firearms, explode when they hit the target or in the air. The cartridge of firearms consists of four main parts. The tip of the cartridge is called the bullet (core). When the gun is fired, the core shoots towards the target. The second part is called powder. When the propellant charge burns, the pressure it creates separates the bullet from the cartridge and pushes it out of the barrel. The third part is called the cartridge case. The cartridge case, which is a metal cylinder closed on one side, contains the propelling powder. The fourth part is called the capsule. There is an igniter called a capsule at the rear end of the cartridge case and it enables the gunpowder to be ignited when the trigger is pulled. The capsule, which is ignited by the impact of the firing pin or by an electric current, ignites the gunpowder in the cartridge case. The pressure of the hot gas generated by the combustion of the gunpowder pushes the bullet (core) forward and the core is thrown from the muzzle of the barrel towards the target at great speed. In small-caliber firearms, the ammunition consisting of a bullet (core), cartridge case, propellant powder and capsule is called a cartridge. Since these parts are tightly connected to each other, the cartridge looks like one piece. Since the cores of the cartridges are usually made of lead, the bullets belonging to the cartridges produced for light weapons are also called lead (kurşun). In cartridges, the bullet and the cartridge case are a whole and are separated from each other only when the propellant is fired. However, in artillery ammunition, the projectile and the cartridge case can be separated from each other and the amount of gunpowder in it can be adjusted according to the distance of the target. At the end of the artillery ammunition there is a part called a fuze. The fuze allows the explosive material in the projectile to detonate at aby desired time. Depending on the type of fuze, some artillery projectiles explode when they hit the target, some just before they hit the target, and some just as soon as they hit the target.
SOME OF THE AMMUNITIONS AND AMMUNITION GROUPS WE SUPPLY ;
