Tölkkien sulkemisprosessin ja materiaalin välinen suhde

Tölkkien sulkemisprosessin ja materiaalin välinen suhde

How many layers can be rolled in theTin Cans sealing process? Some people think that more is more, and that's true! The more layers of crimping, the higher the strength and the better the sealing effect. However, is it possible to achieve ten or twenty layers of wrapping? Here we do not say that there is a quality cost problem, in fact, it is not possible to achieve.

1. It is conceivable that if the material of theTin Cans is made of spring steel, which is the same material as the law of a clock, not to mention ten layers of rolls, I am afraid that it is easy to roll twenty layers, because it has good elasticity and rigidity, and can be sealed through the outer rolls. The force is easily transmitted to the center. But this is impossible, because this material has good elasticity, so it is easy to rebound back to the original state after the end of the wrapping and the wrapping force disappears, that is to say, it returns to the beginning of the wrapping. This is obviously not what we need. Therefore, it is impossible for us to choose high elastic materials. As far as the materials used to makeTin Canss in the world are concerned, our country's materials are the most rigid, so it is difficult to guarantee the quality. And the number of curling layers does not exceed seven layers. According to the research of relevant foreign experts, the number of layers ofTin Cans curling will not exceed seven layers, obviously the curling force cannot be transmitted that far.

Peltitölkin raaka-aineiden rajoitus Peltitölkin valmistuksessa materiaalin hiilipitoisuuden on oltava alhainen ja plastisuus parempi. Tämän hyvän käsittelysuorituskyvyn ansiosta laatu on helppo varmistaa hitsauksella, leimaamalla ja pullistumalla. Päärmäys on kuitenkin erilainen, koska päärmäystelan uran koko ei voi muuttua päärausprosessin myötä ja päärmäysvoima on siirrettävä asteittain reunamateriaalin läpi päärmetyksen keskelle, jotta keskusta voidaan rullata. Mitä parempi materiaalin plastisuus on, sitä vaikeampi on siirtää voimaa.