Comparison of die casting and plastic injection mold design for high-quality manufacturing

Die Casting vs. Plastic Injection Mold: A Complete Design and Tooling Comparison

A clear understanding of die casting and plastic injection mould tooling helps manufacturers improve quality and control production costs. Although both rely on precision tooling, their temperature, pressure, and material requirements differ significantly. This overview highlights key differences in gating, venting, cooling, steel selection, and ejection systems, helping engineers achieve longer tool life and consistent product performance. ... Read More
EDM machining causing stress on die casting mould cavities

Stress Relief Tempering for Die Casting Moulds | Extend Tool Life

Stress relief tempering is vital for maintaining the accuracy and durability of die casting moulds. Residual stresses caused by EDM machining and repeated heating cycles can lead to cracking, deformation, and reduced tool life. Controlled heat treatment removes these stresses, enhances microstructural stability, and extends mould service performance. ... Read More
die cast metals

Choosing the Right Die Cast Metal: Al, Mg, and Zn alloys

Selecting the right die cast metal is critical for product performance, cost efficiency, and long-term reliability. Aluminium, magnesium, and zinc alloys each offer unique strengths—from lightweighting and corrosion resistance to high precision and durability. This guide explains their advantages, applications, and how to choose the right alloy for your project. ... Read More