Zinc Die Casting Alloys by Eastern Alloys. We manufacture a complete range of zinc die casting alloys. ZAMAK alloys were first developed during the 1920's by The New Jersey Zinc Company. The name ZAMAK draws upon the basic metallurgy of the alloy group: Z-Zinc, A-Aluminum, MA-Magnesium, and K-Kopper (e.g., German). In the US, ZAMAK 3 is the most common alloy for hot chamber die casting. (read more)

Eastern Alloys manufactures the complete range of zinc die casting alloys. Eastern Alloys is the global leader in ZA alloy manufacturing and process technology. (read more)

Aluminum Die Casting from Kurt Manufacturing. Kurt is a recognized leader in the manufacturing of aluminum die-castings. Kurt Die Cast Quality System is registered to ISO 9001/2000. Our 90,000 square foot facility houses 20 cold chamber die cast machines; trim tools, finishing services and in-house machining and assembly operations. (read more)

Kurt is a recognized leader in the manufacturing of aluminum die-castings. (read more)

Totally adopting CAD/CAM/CAE design and CNC process for Die-casting moulding and parts (read more)

Die casting has a well-established reputation as an efficient, economical process that offers designers a variety of advantages for creating parts and components. These benefits often make die casting the obvious choice when selecting a manufacturing process for a particular part. (read more)

Globally, Dynacast has produced billions of zinc die cast components from one hundredth of a gram to one kilogram, using a combination of our proprietary multi-slide and conventional hot chamber die casting technologies. (read more)

Aluminum die castings are lightweight and can withstand the highest operating temperatures of all die cast alloys. Ideal for demanding environments, they offer high strength and rigidity along with good corrosion resistance and heat dissipation. (read more)

Purity Casting Alloys has the flexibility to provide quick turn around for short or long run jobs. Three sizes of ingots are available - small ingots, split ingots or large foundry ingots. (read more)

Magnesium is the ideal material for applications where weight saving is a priority, having the lowest density of all structural metals. Almost as light in weight as plastic, magnesium has the advantage of greater strength and rigidity along with inherent EMI shielding, durability, heat-dissipation and full recyclability. (read more)