The application and characteristics of new energy stamping parts can be shown in the following aspects:
1. Lightweight: new energy stamping parts are made of a large number of light metals such as aluminum alloy and magnesium alloy, etc. The relatively low density of these materials makes new energy stamping parts lighter than traditional stamping parts, which reduces the quality of the whole vehicle and improves the fuel economy.
2. High efficiency: In the design and production of new energy stamping parts, through the optimization of sheet shape and process arrangement, the left and right front wing panels are realized in one die, eliminating the need to make separate molds for the separate small parts, saving production costs and improving production efficiency.
3. High quality: In the production process of new energy stamping parts, advanced stamping technology and mold technology are adopted to ensure the quality and precision of the stamping parts. For example, sub-millimeter stamping and hydraulic stretching technologies are adopted to improve the surface quality and dimensional accuracy of stamped parts.
4. High safety: new energy stamping parts give full consideration to battery safety in the design and production process. For example, some new energy power battery stamping parts made of aluminum alloy have the advantages of strong impact resistance, not easy to rupture and pressure resistance, thus improving the safety of power battery.
In summary, new energy stamping parts have the characteristics of lightweight, high efficiency, high quality and high safety, and are widely used in the field of new energy vehicles. The future development direction is to improve the specific strength and specific stiffness of the materials used in the body, and develop efficient lightweight structure. The application and characteristics of new energy stamping parts can be shown in the following aspects:
1. Lightweight: new energy stamping parts in a large number of applications of light metals such as aluminum alloys and magnesium alloys and other materials, the density of these materials is relatively low, so that the new energy stamping parts are lighter than the traditional stamping parts, thus reducing the quality of the whole vehicle and improving the fuel economy.
2. High efficiency: In the design and production of new energy stamping parts, through the optimization of sheet shape and process arrangement, the left and right front wing panels are realized in one die, eliminating the need to make separate molds for the separate small parts, saving production costs and improving production efficiency.
3. High quality: In the production process of new energy stamping parts, advanced stamping technology and mold technology are adopted to ensure the quality and precision of the stamping parts. For example, sub-millimeter stamping and hydraulic stretching technologies are used to improve the surface quality and dimensional accuracy of stamped parts.
4. High safety: new energy stamping parts give full consideration to battery safety in the design and production process. For example, some new energy power battery stamping parts made of aluminum alloy have the advantages of strong impact resistance, not easy to rupture and pressure resistance, thus improving the safety of power battery.
In summary, new energy stamping parts have the characteristics of lightweight, high efficiency, high quality and high safety, and are widely used in the field of new energy vehicles. The future direction of development is to improve the specific strength and specific stiffness of the materials used in the body, and develop efficient lightweight structure.
