Zinc Die Casting Parts

Zinc die casting parts offer a large range of physical & mechanical properties, finishing characteristics, and is very easy to cast or manufacture. Zinc die cast alloys provide high precision with low tooling costs. This makes producing zinc die casting parts an excellent material choice for many industries.

While zinc has applications in many consumer products, zinc is primarily used in industry. The largest single use for zinc today is for galvanizing steel to provide protection from corrosion. The second largest use for zinc is the production of zinc die castings. There are a number of reasons why designers and engineers take advantage of the inherent benefits of zinc die castings in component design. Principally, the reasons are quite simple: zinc die castings are strong, they are economical, and they can often be cast to the exact shape required without the need for additional machining.

Zinc Die Casting Part Advantages

Complex Shapes

Tight Tolerances

Thinner Walls

Faster Production

Longer Tool Life

Easy Finishing

Environmentally Friendly

Complex Shapes

Tight Tolerances

Thinner Walls

Faster Production

Longer Tool Life

Easy Finishing

Environmentally Friendly

Complex Shapes & Tight Tolerances

Zinc die casting produces multi-cavity, complex shapes and within closer tolerances than many other production processes. In addition to producing high volume runs of virtually identical parts, it produces rugged heat and wear resistant parts that are dimensionally stable, while maintaining exceptionally close tolerances.

The die casting process gives designers the opportunity to save costs by consolidating components into one net-shape die casting. Thus, potentially eliminating secondary operations such as machining. Zinc die castings have successfully been designed as bearings (eliminating bronze alloys), rivets, and can have cast in threads. Due to these advantages, die castings are found in a wide variety of industries including automotive, building hardware, electronics, sporting goods, etc.

It should be noted that industry standard tolerances can be met and/or exceeded, if it is necessary to the design of the part. However, there are many factors that must be considered, such as; the shape of the part, where a feature is located within the tool, what is its position with other features of the part and if you are dimensioning across the parting line. When considering tool life and cost, it is best practice to allow generous tolerances and draft on areas with less fit, form or function and to tighten tolerances only in areas where it is necessary.

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