Aluminum Gravity Die Casting

Embrace the power of lightweight engineering and unlock endless possibilities with our aluminum gravity die castings. Engineered with the utmost care, these castings are renowned for their exceptional strength-to-weight ratio, making them an ideal choice for a wide range of applications.

Product Description

Aluminum gravity die casting is a permanent mould casting process, where the molten metal is poured from a vessel or ladle into the mould. The mould cavity fills with no force other than gravity, filling can be controlled by tilting the die. Undercuts, and cavities can be incorporated into the component form with the use of sand cores. This process gives a better surface finish than sand casting as well as better mechanical properties, both due to rapid solidification. EZLEE places an emphasis on understanding the specifications and customer quality requirements, and established a whole process quality control system, which is certified to ISO9001:2008, to cover the critical quality control on site, including the raw material, initial samples, process dimensions, mechanical character, surface treatment, packing and delivery.


Aluminum gravity die casting comes with various advanced chemical and mechanical properties. They are highly corrosion-resistant and have high heat dissipation properties. Moreover, the strength-to-weight ratio is also a significant advantage. These properties help mechanical engineers to design aluminum die casting parts with great flexibility. Here are some of the properties:

  • Lightweight
  • Corrosion resistance
  • Outstanding strength to weight ratio
  • High operating temperatures
  • Good stiffness
  • Fine finishing characteristics
  • RFI and EMI shielding
  • Superb thermal conductivity
  • High electrical conductivity
  • Full recyclability


  • Finished products with excellent surface finish
  • Good Tensile strength
  • Low-cost raw materials
  • Reduction of porosity and impurities
  • The firm molecular structure ensures dimensional tolerance without microcracks
  • Thickness accuracy (less than 1.5 thickness is achievable)
  • Airtightness and pressure
  • Longevity
  • Many alloys to choose from with various chemical and mechanical properties
  • Can produce parts with very complex designs

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