Industry News

Controlling color differences requires ensuring both material consistency and process stability.

To prevent "surface pinholes" and "bubbles" in lighting fixture die castings during production, the key is to fundamentally control the introduction and discharge of gas.

The fundamental reason for the different materials used in die castings for outdoor and indoor lighting fixtures lies in their distinct operating environments, which impose varying quality requirements on the products.

Die casting molds are fundamental components in precision manufacturing, allowing for the production of complex metal parts with remarkable accuracy and repeatability. In industries ranging from automotive and electronics to aerospace, the role of die casting molds cannot be overstated.

High-pressure die casting is suitable for manufacturing thin-walled, structurally complex, mass-produced parts with intricate dimensions, such as automotive transmission housing components, instrument panel bracket parts, home appliance shell parts (e.g., washing machine inner drum components), and electronic product parts (e.g., laptop shell parts).

The main differences between high-pressure die casting and low-pressure die casting lie in the pressure source, filling method, and flow state of the molten metal: