Are your gearbox housing projects plagued by defects and delays? An unoptimized process drains resources and threatens deadlines, causing major headaches for your entire team. To optimize gearbox housing die casting, you must focus on four key areas. Start with a robust mold design, select the right aluminum alloy, fine-tune critical process parameters, and implement […]
Struggling to keep up with industry shifts? The automotive world is changing fast, and keeping projects competitive and on time is a constant challenge for lightweight parts. For 2025, the key trends are the increased adoption of aluminum driven by EVs and stricter emission rules. Expect big advances in high-pressure die casting, a push for
Your EV design requires large, leak-proof aluminum structures, but traditional welding creates weak points. These potential failures in battery trays and chassis components are a risk you cannot afford. Friction Stir Welding (FSW) joins die-cast aluminum1 parts without melting them, creating a solid-state bond2. This produces strong, leak-proof, and lightweight assemblies, which are essential for
Struggling with leaky EV die-cast housings? These failures create costly delays and damage your reputation. A structured approach from design to production is the key to achieving perfect airtightness. Achieving airtightness in EV die-cast housings requires a multi-stage approach. It starts with Design for Manufacturability (DFM)1 to eliminate risks, followed by strict die-casting process control2
The automotive industry is rapidly evolving, driven by demands for lightweight, durable, and cost-effective components. As vehicles become more advanced—especially with the rise of electric vehicles (EVs)—the need for high-quality auto parts die casting solutions has never been greater. At EMP Die Casting, we specialize in delivering cutting-edge die casting services tailored to meet the
