It has a higher copper content than Zamak 3, which results in higher strength
It has less ductility (increased elongation) than Zamak 3
Designers must keep in mind that this reduction in ductility can affect formability during secondary operations such as bending, riveting, swaging, or crimping operations
Because of the wide availability of Zamak 3, component engineers often strengthen components by design modifications instead of using Zamak 5
When a measure of tensile performance is needed, Zamak 5 castings are recommended.
Zamak 5 is more readily plated, finished, and machined than Alloy 3
Features:
Anti-corrosive
Outstanding construction
Great strength
Specification: Weight 8.5-9 kg per ingots with single notch
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