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Introduction of our products :
Bag accessories: metal D ring , Metal Buckle , Metal Chain , Metal lock , metal magnetic snap
button , metal zipper , metal snap hook
Box accessories: metal lock , metal hinge , metal screw , metal andle , metal latch
Garment accessories: metal rivet , metal studs , metal buckle , metal snap button , metal butterfly pin clutch , metal zipper , metal suspender , metal belt buckle .
For the spring industry and upstream and downstream companies to provide a comprehensive letter Hardware spring is a mechanical part that uses elasticity to work. Generally made of metal shrapnel steel. It is widely used in machines and meters to control the motion of parts, ease shocks or vibrations, store energy, and measure force. The types of hardware springs are complex and varied. According to the shapes, there are mainly spiral metal springs, scroll springs, and metal springs.
Spiral metal springs are five metal springs that are twisted and receive twisted metal springs. The working part is also spiral wound. The end structure of the torsion metal spring plate is a torsion arm processed into various shapes instead of a hook. Twisted metal springs are often used in balancing mechanisms in machinery, and are widely used in industrial production such as automobiles, machine tools, and electrical appliances.
Metal springs are manufactured using the cold roll method and the hot roll method. Metal coil wire diameter less than 8 mm is generally cold roll method, greater than 8 mm hot roll method. Some metal shrapnel will be subjected to strong pressure or shot peening after it is made, which can increase the carrying capacity of the metal shrapnel. Hardware spring is a kind of elastic component widely used in the mechanical and electronic industries. The metal spring can produce large elastic deformation when loaded, transform mechanical or kinetic energy into deformation energy, and unload the metal spring after deformation. Disappear and return to the original state, transform the deformation energy into mechanical work or kinetic energy.
Elastic potential energy is also called "elastic deformation energy" in engineering. Normally compressed gas, bent bows, wound springs, elongated or compressed springs all have elastic potential energy. Springs are common and typical examples. The
The unit of potential energy is the same as the unit of work. When determining the magnitude of the spring elastic potential energy, it is necessary to select the state of zero potential energy. Generally, the spring is selected without any deformation, and in the free state, the elastic potential energy is zero.
The work done by the elastic force is only related to the elongation of the spring in the initial state and the final state, and has nothing to do with the spring deformation process.
And the premise of the existence of the elastic force, so the elastic potential energy is elastic deformation, the elastic force between the various parts of the object has. If the two objects interact with each other, then each object has elastic potential energy and the total elastic potential energy is the sum of the two.