High pressure die casting is a metal casting process offered by Connor Corporation that is characterized by forcing molten metal under high pressure into a tool cavity. The tool cavity is created using two hardened tool steel dies which have been machined into shape. Most die castings are made from non-ferrous metals, specifically zinc and aluminum alloys.
Understanding the Benefits
Depending on the type of metal being cast, a hot-chamber conventional or hot-chamber multi-slide (4 slide) machine is used for zinc, and a cold-chamber conventional machine is used for aluminum. A primary advantage of this casting process is the ability to produce intricate zinc and aluminum parts at a high volume. Many times net shape parts can be produced resulting in a finished part with little or no secondary processes. The tools, built from tool steel, are reusable so die casting can produce economical part prices for higher volume programs. Typical volumes start at 25,000/year and go higher from there. Machining parts and forging have their advantages, but the costs are often higher with these processes.
2×2 multi-slide die casting machines
4×4 multi-slide die casting machines
60 ton die casting machines
120 ton die casting machines
300 ton die casting machines
800 ton die casting machines
2000 ton die casting machine
Aluminum 380 / ADC10
Aluminum 383 / ADC12
Additional information on these alloys and standard tolerances here.
Contact us today to discuss your high pressure die casting application. We proudly serve clients from across North America.