• Cause Analysis and Countermeasures for Damage of Die Casting Production Die

    One. Causes of damage to the die-casting production mold: In die casting production, the most common form of mold damage is cracking and cracking. Stress is the main cause of mold damage. Thermal, mechanical, chemical, and operational shocks are sources of stress, including mechanical and thermal st... read more

    Apr 26,2019 News
  • Common defects and corresponding analysis of die-casting products

    1. The surface of the casting has a pattern and there are traces of metal flow. Cause: The flow path to the inlet of the casting is too shallow; the injection pressure is too large, causing the metal flow rate to be too high, causing splashing of the molten metal. ) Adjustment method: deepen the gat... read more

    May 11,2019 News
  • How to prevent heat treatment deformation of precision molds

    (1) Reasonable material selection. For precision and complex molds, micro-deformed die steel with good material quality (such as air-quenched steel) should be selected; for die steel with severe carbide segregation, reasonable casting should be carried out and heat treatment should be carried out; I... read more

    May 17,2019 News
  • Die casting mold material selection

    The service life of the die-casting mold is closely related to the material of the die-casting mold. The die-casting die is mainly divided into parts that are in contact with molten metal, sliding-fit parts, and formwork structural parts. Die-casting mold cavities and runners are directly in contact... read more

    May 25,2019 News
  • Measures to prevent mold damage

    1. Good casting structure design The wall thickness of the casting is as uniform as possible to avoid the occurrence of thermal joints to reduce the thermal fatigue caused by the local heat concentration of the mold. Appropriate casting fillets should be placed at the corners of the casting to avoid... read more

    May 31,2019 News