Zinc die casting provides high quality and production efficiency.
Die cast zinc is one of the most versatile of die casting alloys. It provides high precision with low tooling costs. Zinc die casting offers a broad range of excellent physical and mechanical properties, finishing characteristics and is the easiest to cast. Advantages of zinc die casting include:
- Complex shapes and thinner walls
- Superior mechanical and physical properties with excellent tensile strength and dimensional stability
- Excellent RFI/EMI shielding capabilities
- Longer die life with minimal maintenance
- Wide range of finishing options
Zinc die casting provides high quality and production efficiency.
CWM casts in two different zinc alloys: Zamak No. 3 and ZA-8. Both offer the ability to cast with intricate detail and close dimensional tolerances at high production rates. ZA-8 is often the choice when additional strength and greater creep resistance is required. With zinc die casting machines from 80 to 500 tons of locking force, CWM can produce parts in sizes from 0.75″ x 0.75″ to 18″ x 18″.
Zinc die casting is a high strength solution to create a part with high durability and hardness. Zamak No. 3 provides the ability to attenuate vibrations, while ZA-8 includes a bit more aluminum than its zinc counterpart.
In addition, CWM offers zinc alloys #3, #5, and ZA8 with our miniature zinc die casting process for small parts.
Learn More About Zinc Die Casting:
The Die Casting Process: An OEM Designer’s Overview
This overview for OEM designers and specifiers is a refresher for those OEM product design engineers, buyers and purchasing managers already familiar with die casting; and for those new to the process it provides a valuable framework or further pursuit.
The Miniature Zinc Die Casting Advantage
Presents the facts on why multi-slide, miniature zinc die casting is the preferred choice for small precision components. It enables product designers to learn how this specialized die casting process can substantially reduce component costs and provide optimal precision to a new project design or a conversion from an existing process.
10 Ways to Reduce the Costs of Die Cast Parts
6-page guide outlines 10 key cost drivers that design engineers can leverage during the product design stage to yield significant cost savings in the custom production of die cast components. These specific planning steps aid in integrating the realities of die cast manufacturing.
CWM Al, Mg & Zn Die Cast Production Specs
2-page descriptive detailed data sheet for Chicago White Metal Casting’s current high-tech production specifications, material properties and nominal chemistry for its Al, Mg & Zn alloy capabilities.
CWM Miniature Die Casting Capabilities Profile, Specifications, Alloy Data
Overview of Chicago White Metal Casting miniature 4-slide Zn 3, 5 & ZA-8 die cast part capabilities, with CWM specifications, alloy characteristics. CWM specializes in delivering miniature parts with any required post-casting finishing, ready for further assembly, including precision machining when net-shapes are not possible.
Design & Specification Guide for Custom Die Castings
Updated and expanded 16-page reference to the major design & specification steps that drive the cost and performance of components die cast in Al, Mg and Zn alloys. Among key design and production factors covered: Matching material properties; Die design & construction; Minimizing part porosity; Optimizing part heat transfer; Preplanning post-casting machining, if required; Dimensioning and tolerancing; Flash considerations; Prototyping; and as-cast finish guidelines.
Die Cast Zn for Key Computer Structural Component
Computer workstations from Silicon Graphics incorporated a zinc die cast rear cap frame, which combined important structural function with superior cosmetic appearance. The Zn die cast component, selected for its excellent strength, rigidity, EMI shielding characteristics and part consolidation potential, was the first use by the company of a die casting in one of their workstation computers.
Replacement for Machined Brass at a 500% Savings
A value analysis of alternate production efficiencies for a low-volume CNC machined brass small component for a medical device resulted in a miniature zinc net-shape die cast replacement at a 500% unit cost saving.
NADCA Design Manual: Intro & Content
Detailed overview of the contents of the 176-page Product Design for Die Casting manual on optimizing designs for die casting.
Material / Physical Properties Comparison
This chart compares the material and physical properties for three popular die casting alloys: aluminum A380, magnesium AZ91D, Zinc #3 and ZA8. Several material properties such as tensile strength, impact and yield strength can be compared between the three alloys. Physical properties such as density and conductivity can also be examined.
NADCA Standards: Zinc & ZA Alloy Data
Updated Zn and ZA alloy selection, machining and finishing data; chemical composition; material properties and die casting and other characteristics.
Primer on Miniature Zinc & ZA-8 Die Casting
Condensed overview for OEM product designers and engineers on Miniature Zinc & ZA-8 custom die casting for the cost-effective production of small, complex structural components.
Prototyping for Die Casting in All Alloys
Guide to developing optimum prototyping strategies for developing and testing component designs prior to final die casting die construction. Discusses prototyping alloys and processes, including new rapid prototyping technologies.
Quick Guide to Surface Finishing for Al, Mg & Zn Parts
8-page condensed resource on evaluating finishing alternatives and optimizing component finishing decisions for Al, Mg and Zn die cast products. Features a comparison table rating 32 surface coatings on relative cost, appearance, wear and corrosion resistance; Presents recommended finishing for a range of typical die cast components.
Surface Finishing for Die Casting Bulletin
Brief overview to surface treatment systems for die cast part protection, decoration and improving component performance, for all alloys: Al, Mg, Zn and ZA.
Product Solutions Through Die Casting
Presentation to aid efficiency, functionality and cost savings in the design and production of custom die castings. This narrated webinar focuses on helping effectively capitalize on today’s advanced die casting capabilities to improve performance and lower the costs of their custom components. 1 hour.
Surface Finishes for Die Casting
Presents the important factors that can affect the outcome of the final appearance of your die cast component when its surface finish is a critical issue. This narrated webinar will aid an understanding of the various finish options, and how their uses and limitations can make the difference between successful product development and costly results. 49 minutes.