Ultra-low-speed (laminar flow) die casting method

By filling the molten metal at ultra-low speed and in a laminar flow state, it is possible to solidify it under high pressure, resulting in products with minimal gas entrapment and no internal voids!

Compared to conventional die casting, it is possible to obtain products with minimal gas entrapment and no internal voids by filling the molten metal at ultra-low speeds and in a laminar flow state, followed by solidification under high pressure! 【Advantages】 ■ Products with high density of 2.73g/cm³ to 2.74g/cm³ can be achieved, resulting in excellent high strength and high pressure resistance. ■ Comparable elongation and strength to squeeze die casting methods and hot forged products can be obtained, and T6 treatment is possible. ■ Using standard cold chamber die casting machines (horizontal clamping and horizontal pouring) provides a cost advantage compared to squeeze die casting methods and hot forged products. *For more details, please download the materials or contact us.

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