aluminum die-casting mold

How to choose aluminum die-casting mold, Yuanteng Metal, several large and small drilling machines.

How to choose aluminum die-casting mold? Aluminum alloy gravity casting mold has good quality, stable process, long service life after forming, and small area. Under the same scale of cost management, the aluminum alloy gravity casting process is more cost-effective than other castings, and it shows more profit with fewer and fewer projects. Aluminum alloy gravity casting is widely used in the world today, and it is also the selection forging method of forging manufacturers. Compared with other casting processes, the aluminum cylinder head of the aluminum alloy gravity casting process has a higher throughput than other forging processes, the mold is low-cost, and the quality is stronger.

The aluminum alloy gravity casting mold has good quality, stable process, long service life after forming, and small area. Under the same scale of cost management, the aluminum alloy gravity casting process is more cost-effective than other castings, and it shows more profit with fewer and fewer projects.

How to choose the aluminum die-casting mold? It can clean up the surface of the part, add color, and polish the surface. After shot blasting, it can remove the attachments, thin edges, fins, and stains on the surface of the workpiece, eliminate scratches, and make the workpiece appear the original color of the substrate. During the cooling process of parts, due to uneven wall thickness and inconsistent cooling speed, stress concentration on the surface is caused. Concentrate, improve fatigue strength, and slightly increase surface hardness. Spot-cooled structural aluminum die-casting: suitable for individual deep cavity molds and cores, etc., the molding part has only a few deep cavities or the deep cavity part has a single core pulling phenomenon, which is more common in die castings, and fewer molds are used in large numbers. The aluminum liquid is wrapped to ensure that the cooling water is cold in and hot out. Mixed use of integral cooling + point cooling: Many moving, lining and lining molds and slider forming parts are generally not deep but partially too deep. At this time, a mixture of integral cooling and point cooling is required, which is more common. Integral cooling structure: It is suitable for structures where the molding part is generally not deep. There is no need to separately cool a certain part, and only the entire molding part can continue to take away the mold heat.

During the cooling process of parts, due to uneven wall thickness and inconsistent cooling speed, stress concentration on the surface is caused. Concentrate, improve fatigue strength, and slightly increase surface hardness. Spot-cooled structural aluminum die-casting: suitable for individual deep cavity molds and cores, etc., the molding part has only a few deep cavities or the deep cavity part has a single core pulling phenomenon, which is more common in die castings, and fewer molds are used in large numbers. The aluminum liquid is wrapped to ensure that the cooling water is cold in and hot out. Mixed use of overall cooling + point cooling: Many moving, lining and lining molds and slider forming parts are generally not deep but partially too deep. At this time, it is necessary to mix overall cooling and point cooling, which is more common. Integral cooling structure: It is suitable for structures where the molding part is generally not deep. There is no need to separately cool a certain part, and only the entire molding part can continue to take away the mold heat.

How to choose the aluminum die-casting mold, the m/s projectile is thrown to the workpiece, and the cleaning can be completed in a few minutes. For workpieces with larger batches or larger sizes, multiple shot blasters can be used for simultaneous shot blasting. Play the role of cleaning, enhancing color and finishing on the surface of parts. After shot blasting, it can remove the attachments, thin edges, fins, and stains on the surface of the workpiece, eliminate scratches, and make the workpiece appear the original color of the substrate. During the cooling process of parts, due to uneven wall thickness and inconsistent cooling speed, stress concentration on the surface is caused. Concentrate, improve fatigue strength, and slightly increase surface hardness. Spot-cooled structural aluminum die-casting: suitable for individual deep cavity molds and cores, etc., the molding part has only a few deep cavities or the deep cavity part has a single core pulling phenomenon, which is more common in die castings, and fewer molds are used in large numbers. The aluminum liquid is wrapped to ensure that the cooling water is cold in and hot out. Mixed use of integral cooling + point cooling: Many moving, lining and lining molds and slider forming parts are generally not deep but partially too deep. At this time, a mixture of integral cooling and point cooling is required, which is more common.

For workpieces with larger batches or larger sizes, multiple shot blasters can be used for simultaneous shot blasting. It can clean up the surface of parts, add color and light up. After shot blasting, it can remove the attachments, thin edges, fins, and stains on the surface of the workpiece, eliminate scratches, and make the workpiece appear the original color of the substrate. During the cooling process of parts, due to uneven wall thickness and inconsistent cooling speed, stress concentration on the surface is caused. Concentrate, improve fatigue strength, and slightly increase surface hardness. Spot-cooled structural aluminum die-casting: suitable for individual deep cavity molds and cores, etc., the molding part has only a few deep cavities or the deep cavity part has a single core pulling phenomenon, which is more common in die castings, and fewer molds are used in large numbers. The aluminum liquid is wrapped to ensure that the cooling water is cold and hot.