Author name: Fannie

EV structural components impose stricter process demands than traditional powertrain castings. Motor housings, inverter cases, battery trays and suspension mounts must combine low mass, high stiffness, effective heat dissipation and reliable sealing under continuous thermal cycling. For Tier 2 suppliers, the real exposure lies in secondary supply-chain risk: dimensional drift after machining, porosity intersecting functional […]

Key Considerations for Post-Processing of Die-Cast Parts Post-processing of high-pressure die casting (HPDC) components is where many projects succeed or fail under OEM scrutiny. For Tier 2 suppliers delivering structural aluminum parts—particularly motor housing die casting or large EV structural castings—the casting itself is only the starting point. Dimensional capability, sealing integrity, and surface condition

In high-volume automotive die casting applications, gearbox housings rank among the most demanding structural components. These large, thin-walled parts with intricate oil channels, mounting bosses, and sealing surfaces must deliver precise dimensional stability under thermal cycling while maintaining leak-tightness. For Tier 2 suppliers squeezed between OEM requirements and machining partners, mold design decisions made early

At the 2026 CHINA DIECASTING exhibition in Shanghai, equipment builders and material suppliers demonstrated incremental but meaningful advances in high-pressure die casting tailored to EV demands. For Tier 2 suppliers balancing OEM timelines, cost targets, and stringent PPAP requirements, the real value lay in details around vacuum control, alloy consistency, and machining integration for EV

Are you searching for an aluminum die casting partner who can consistently deliver complex, high-quality components critical for your New Energy Vehicle or industrial applications, while offering comprehensive support from design to delivery? The right partnership is essential for your success. You should choose EMP Tech as your aluminum die casting partner because we offer

Are you struggling with surface peeling on your ADC12 aluminum die casting products after shot blasting, jeopardizing both aesthetics and functionality? This common problem can lead to significant rework, scrap, and delayed production. Shot blasting peeling on ADC12 aluminum die casting products is primarily caused by subsurface defects like porosity, cold shuts, or inclusions, improper