What is the clamping force of aluminum die casting mold

The clamping force of aluminum die-casting molds is often highly adjustable, meaning the operator can adjust the clamping force for different workpiece sizes, shapes and requirements. This adjustability helps ensure optimal mold operation and product quality.

The clamping force needs to be evenly distributed across all contact surfaces of the mold to ensure that the mold maintains a consistent closure. This reduces defects in the product, such as gaps or flash edges.

Since aluminum alloy die-casting usually requires high pressure to fill the mold, the clamping force of the aluminum die-casting mold needs to be strong enough to handle this high-pressure operation.

The aluminum die-casting process requires the mold to remain firmly closed under heat and pressure, which helps ensure the aluminum alloy fills the mold evenly and prevents defects and deformation.

5. Wear resistance:

Basically, in terms of the manufacturing process, the aluminum ingot material, temperature, and time are considered; however, the clamping force of the aluminum die-casting mold needs to have the characteristics of high adjustability, uniform distribution, high-pressure capability, stability, and wear resistance to ensure that the aluminum alloy High quality parts can be obtained during the die casting process.

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