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Zinc die casting has a number of advantages

  • The weight of the material is a factor that most engineers consider when designing components and selecting the most appropriate material. As a result, zinc is frequently overlooked when it comes to applications involving lightweight China die casting mold materials. Using lighter materials, such as aluminum or magnesium, in a variety of applications, particularly in the automotive and handheld device industries, is becoming increasingly common. Zinc, on the other hand, is a more cost-effective alternative that engineers should take into consideration. Consider the entire die casting process in its entirety. Do the advantages of lightweight zinc components outweigh the disadvantages of heavier zinc components? Is it possible to make zinc components that are lighter than aluminum components without compromising their strength or durability?


    The ability to cast a spell is referred to as castability.


    1. Given the fact that zinc is the most malleable of all alloys, it should come as no surprise that die cast manufacturers enjoy working with the metal

    2. Because zinc has greater fluidity than aluminum and magnesium alloys, die castings can be made thinner, more intricate, and more complex, reducing the need for secondary operations that are almost always required for these alloys, among others

    3. This is something that most engineers are not aware of

    4. Thin-wall applications automatically become lighter as a result of the reduced amount of material used, resulting in material cost and energy savings—both during the melting process and during the recycling process

    Die Existence Has Been Prolonged

    A high-quality die casting tooling set is one of the most significant upfront costs in the die casting industry, accounting for approximately one-third of total investment. It is common practice for China die casting manufacturer tools to be made of heat-treated steel, which is used in the process. The size and complexity of a component, as well as the type of tooling used (conventional or multi-slide), all have an impact on the cost of tooling and, consequently, the final product. Because of the low melting temperature of the zinc die casting alloy, dies used to cast zinc parts can last up to ten times longer than dies used to cast aluminum parts and approximately five times longer than dies used to cast magnesium parts. Dies used to cast zinc parts can last up to ten times longer than dies used to cast aluminum parts. Once the tooling investment is taken into consideration, zinc is extremely cost-effective when it comes to designing high-volume, complex components and assemblies.

    It's time to go for a ride.

    Die casting requires the injection of molten metal into a mold in order to produce the part during the production process of the part. Due to solidification of the metal, it is only after this point that the component is expelled from its mounting tool. Temperature requirements in the tool vary depending on the alloy and the size of the part, and are frequently dictated by the size of the runner system employed in the tooling process. Known as hot chamber die casting, this process produces four to five shots per minute of zinc and is used for a variety of other metals as well. Aluminum is a cold chamber die casting alloy that can only produce two to three shots per minute in a die casting machine when used in a cold chamber die casting process. Because cycle time can account for up to 60% of the final part cost, the use of a zinc die casting alloy may result in additional cost savings for the manufacturer in addition to the benefits of using zinc.

    Characteristics of the Mechanical System

    The standard zinc alloys are significantly stronger than aluminum and magnesium alloys when stored at ambient temperature. It does not require secondary processing, as do most aluminum alloys, and as a result, the overall cost per part is reduced. This is due to the inherent strength of the alloy itself.

    In comparison to any other zinc alloy die casting factory alloy available from Diecastingmould. com, EZAC is both stronger and harder than any other die casting alloy. Additionally, it is more cost effective. A380 is the most commonly used aluminum die casting defects causes and solutions alloy in terms of yield strength and Brinell hardness. It is approximately 2.5 times stronger (yield strength) and 1.5 times harder (Brinell) than the most commonly used aluminum die casting alloy, A380. Its zinc composition makes EZAC an excellent choice for those seeking a high-strength, creep-resistant alloy with good corrosion resistance that is also cost-effective.