In the production of aluminum alloy die-casting products, the most common problems are failures and quality problems in the product manufacturing process. So how should we deal with these problems.

Die-casting molds require daily maintenance and storage to ensure the service life. If improper cleaning or disassembly and installation cause a collision, the die-casting mold will be damaged. Here is how to maintain and store the die-casting mold.

Everyone knows that in the field of die casting mold processing, there are many factors that affect the price, even if the prices of different manufacturers of the same set of die casting molds are different. So why are these differences? What are the factors that determine the processing price of die casting molds?

For the production of die-casting molds, mold steel is generally used, and then processed through special production. No matter how perfect the mold is, there are limits to its use. In order to be durable, pay attention to small details. If the temperature of the mold is too high, the surface of the mold core is prone to fracture, and some molds even thermally expand and contract, which directly breaks. Some because the temperature is too high, the color of the mold core changes, once in this state with the mold release agent, cracks occur. When such a die-casting mold is used for production, it is easy to cause defects such as deformation and cracks of the die-casting part.

Abstract: In the design of die casting mould, more consideration is given to the curability of the mould itself, such as runner, overflow, temperature, ejection, etc. However, if the technological requirements of subsequent casting machining are not well considered in the design stage of the mould, the machining difficulty of the casting will increase. The production efficiency is reduced, which ultimately affects the machining production cost. Therefore, in the die design stage, not only the die casting process should be considered, but also the needs of subsequent machining should be considered more, so as to effectively optimize the die design scheme and improve the overall economic benefits of die castings. Die-casting has a series of characteristics such as high production efficiency, low cost, excellent appearance quality and long die life. In production,

The quality of the die-casting mold directly affects the quality of the die-casting parts. After the die-casting mold is manufactured and delivered to the die-casting factory, as a die-casting factory, it is difficult for us to change the properties of the die-casting mold, but we can delay the mold through the scientific use and maintenance. Failure, reduce the occurrence of die casting defects and maximize the life of the mold.

he key elements of die-casting technology include equipment, molds and processes. Various quality problems will occur during the die-casting production process. In addition to the instability of the system caused by equipment performance and quality, there are some accessories (such as melting cups, punches

In the process of die casting production, due to factors such as pressure shock and insufficient clamping force, the occurrence of burrs in zinc alloy die castings is inevitable. In recent years, with the increasing quality requirements of die castings, the requirements on burrs have become stricter, and the methods of deburring have also emerged endlessly. The deburring process is also the most annoying thing. Here are some simple ways to deburr.

Most of the sanitary ware products after die-casting molding or machining also need to be polished and polished or after a variety of surface treatment addition and for a good finished product. So, what surface treatment method is used most often for our sanitary ware products? What surface treatment method and means do we need to use to provide clean and clean for different sanitary ware products after all is most appropriate? It needs to combine for different product base materials, different customer requirements, different grades of positioning, different surface treatment processing production costs and other factors to make appropriate choices.

Part Name: STANTION RR Part Material：ADC12 Part Size L*W*H(mm): 94.4*151*110.3 Industry：Automotive No. of Cavities: 1*1 No. of Sliders: 2 Structure: 2-plate die Die casting machine: 70T Mold Size(mm): 742*402*459 Build Time: 23 days

Part Material：ADC12 Part Size L*W*H(mm): 692.05*430.27*27.53 Industry: Electrical appliances No. of Cavities: 1*1 No. of Sliders: 0 Structure: 2-plate die Die casting machine: 100T Mold Size(mm): 820*870*430 Build Time: 25 days

Part Material: Aluminum alloy Part Size L*W*H(mm): 360*350*134 Industry: Automotive Application: steering wheel No. of Cavities: 1*1 No. of Sliders: 0 Type of Mold: Trimming tool Die casting machine: 10T Mold Size(mm): 800*680*190 Build Time: 38 days