When sourcing metal components, Zinc and Aluminum are the most common options. This article compares dimensions accuracy, mold life, mechanical strength, and production speed, offering key cost-efficiency insights for B2B managers.
Zamak 3 and Zamak 5 are the dominant zinc alloys for die casting. Learn how minor differences in chemical composition result in significant differences in mechanical strength, elongation, corrosion resistance, and fluidity.
Porosity and shrinkage cavities are common quality defects in zinc die casting. We analyze venting design, runner optimization, injection speed, and mold flow analysis to ensure high yield rates and reduce development risks.
Zinc parts require surface treatments to improve corrosion resistance and aesthetics. From electroplating, liquid coating, e-coating to chemical passivation, learn the applicability and Salt Spray Test (SST) standards.
High-speed communication connectors (e.g. SFP, RJ45) require tight tolerances and EMI shielding. Learn why zinc die casting, with its excellent fluidity and high density, is the ideal choice for high-end telecommunication parts.
