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Precision Aluminum Casting A Gateway to High-Performance Applications

We persist in qualities of products and control strictly the producing processes, committed to the manufacture of all types.

(2) Influence of casting material: a. The higher the carbon content in the material, the smaller the linear shrinkage rate, and the lower the carbon content, the greater the linear shrinkage rate. b. The casting shrinkage rate of common materials is as follows: casting shrinkage rate K=(LM-LJ)/LJ×100%, LM is the cavity size, and LJ is the casting size. K is affected by the following factors: wax mold K1, casting structure K2, alloy type K3, pouring temperature K4.

2. Improved Metal Properties The rapid cooling offered by jet cooling can lead to better mechanical properties in the castings. Fine microstructures result from quicker solidification rates, enhancing attributes such as strength, hardness, and ductility. This means that components manufactured using jet cooling can meet more stringent service requirements, ultimately resulting in higher quality products.

1. Durability Aluminum is known for its strength and lightweight characteristics. Diecast aluminum enclosures can withstand harsh conditions, making them ideal for protecting sensitive electronic components.