Industry News

Aluminum die castings have secured a significant place in industrial production due to their exceptional properties and wide range of applications.

Polishing aluminum die castings is a crucial step in enhancing the product's appearance, improving corrosion resistance, and extending its lifespan. Through polishing, burrs, oxide layers, and surface defects generated during the casting process can be removed, resulting in a smooth and flat surface, thereby improving the product's aesthetics.

Design requirements for aluminum die castings are crucial in determining product quality and cost. When designing these components, various factors must be considered, including material properties, process requirements, and product functionality.

Cracking in aluminum die castings is a common issue that significantly impacts product quality. Numerous factors can contribute to these cracks, and this article will delve into several key areas and provide corresponding solutions.

Molds are indispensable tools in manufacturing, used to shape various workpiece shapes. Depending on different processing techniques and materials, molds can be categorized into several types.

There is no fixed standard for the replacement cycle of injection molds, as it is influenced by a variety of factors.

Injection mold maintenance is a comprehensive process encompassing cleaning, lubrication, rust prevention, inspection, temperature control, storage, and more. Through scientific and systematic maintenance, mold lifespan can be extended, product quality can be improved, and production costs can be reduced.

The design of injection-molded electronic enclosures can vary widely, depending on factors such as the product's function, size, material, and production cost.

The appearance quality of the injection molded shell directly affects the overall quality and user experience of the product. In order to ensure an excellent appearance of the injection molded housing, it needs to be tightly controlled from several stages.

The production of plastic molds for medical devices presents unique and complex challenges due to the extremely high demands for precision, hygiene, and material properties compared to general plastic molds.