Zinc die casting offers engineers and product buyers a proven method to produce complex metal parts with tight tolerances and excellent surface finish. To design a part for zinc die casting, you must consider wall thickness uniformity, draft angles, parting line placement, and material selection to achieve a manufacturable design that balances cost, quality, and…
Zinc die casting is moving into a phase of steady growth and technical progress. You see stronger demand from the automotive and electronics sectors as companies look for precise, durable and cost‑effective metal parts. New tools and smarter systems are changing how you design and produce components. The future of zinc die casting centres on advanced process…
You want quick, reliable updates about die casting news that matter to your work or hobby. Whether you follow market shifts, new technologies, or product releases, this post shows what’s changing now and why it affects you. Expect clear updates on market trends, tech advances like automation and sustainability, and practical regulation and event news…
Friday 14th November will be remembered as the day Storm Claudia swept across the UK — bringing high winds, heavy rain, and plenty of disruption. At Jones & Wilkinson LTD, it will also be remembered for something far more exciting: a major step forward in our manufacturing capability and automation journey. Despite the treacherous weather, it was a…
Introduction: Navigating the Dynamic Landscape of Die Casting in 2026 As the global manufacturing landscape evolves at an unprecedented pace, the die casting industry stands at a pivotal juncture. By 2026, this foundational sector, projected to reach a market value of over $100.2 billion, will be shaped by a confluence of powerful forces. From the…
Examples of Zinc Die Casting Across Various Industries: Key Applications Automotive Industry Applications The automotive sector uses zinc die casting to produce precision components that require durability and exact specifications. Modern vehicles include zinc-cast parts in systems such as powertrain assemblies and electronic housings, where the material’s properties deliver performance and cost-effectiveness. Transmission and Engine…
A Journey of Growth, Dedication, and Community This year is a very special one for us as we celebrate a remarkable achievement: 60 years of service, dedication, and growth. It is with great pride that we look back on the incredible journey we have shared, a journey made possible by the hard work and passion…
Choosing the right manufacturing process for your product can make or break its success in the market. Zinc die casting has emerged as a popular manufacturing method across industries, from automotive to electronics, but determining whether it suits your specific needs requires careful consideration of multiple factors. Zinc die casting excels at producing complex, thin-walled…
The zinc die casting industry in August 2025 is facing notable shifts driven by market changes and new technology. Demand is evolving with a growing focus on precision and sustainability. Companies are adapting by using smarter processes and materials to meet rising expectations. The key developments in zinc die casting this month include a push towards more energy-efficient…
Die casting manufacturers face a critical choice when selecting materials for their precision parts. Three main metals dominate the industry: zinc, aluminium, and magnesium, each offering distinct properties for different applications. Understanding these differences helps engineers make informed decisions about material selection. Zinc die casting delivers superior precision, longer tool life, and lower overall costs compared to aluminium…