Product name: retro door lock die casting alloy

Molding process: hot-type die-casting

Product material: zinc alloy: 3 #

Surface treatment: electrophoresis / plating / baking paint

Opening mold cycle: 35 days

Production cycle: 45 days

Other remarks: Support for graph customization

Die casting alloys have a series of outstanding characteristics. They usually have good fluidity and can quickly and evenly fill the mold cavity during the die casting process, thereby ensuring the integrity and accuracy of the molding. At the same time, they have high strength and hardness, so that the die casting products can withstand certain pressures and loads. In addition, die casting alloys also have good corrosion resistance and can maintain stable performance under different environmental conditions.

Among the many die casting alloys, aluminum alloy is a widely used one. Aluminum alloy die casting alloy has a lighter density, which is a great advantage for products that pursue lightweight. It also has good thermal conductivity and electrical conductivity, and is suitable for some occasions that require thermal conduction and electrical properties. Magnesium alloy is also one of the common die casting alloys. Its density is smaller than that of aluminum alloy and has a better weight reduction effect, but the cost is relatively higher. Zinc alloy is favored for its good casting performance and low cost, and is often used in the manufacture of some daily necessities and small parts that do not require so much strength.

The manufacturing process of die casting alloy requires strict process control. The selection of raw materials is crucial to ensure the accuracy and purity of the alloy composition. During the smelting process, parameters such as temperature and time need to be precisely controlled to obtain an ideal alloy melt. During die casting, the reasonable setting of factors such as pressure and speed can ensure good alloy filling and reduce the occurrence of defects.

The application field of die casting alloy is very wide. In the field of automobile manufacturing, a large number of automobile parts such as engine cylinders and gearbox housings are made of die casting alloy, which provides support for the lightweight and high performance of automobiles. In the electronics industry, die casting alloy is also often used in the housings and radiators of various electronic equipment, which not only meets the structural strength requirements but also achieves good heat dissipation effects. In the fields of aerospace, medical equipment, machinery manufacturing, etc., die casting alloy also plays an important role, providing reliable material guarantees for products in these fields.

With the continuous advancement and development of science and technology, die casting alloy is also constantly innovating and improving. New alloy formulas continue to emerge to meet applications with higher performance and more special requirements. At the same time, the recycling and reuse of die casting alloy has also received more and more attention, which is not only conducive to saving resources, but also in line with the requirements of sustainable development.