A413 Aluminum Alloy: Achieving Superior Pressure Tightness in Die Casting
A413 aluminum delivers pressure-tight, leak-free die castings; high fluidity and low shrinkage enable thin-wall housings, pump/compressor parts, and reliable sealing.
A413 aluminum delivers pressure-tight, leak-free die castings; high fluidity and low shrinkage enable thin-wall housings, pump/compressor parts, and reliable sealing.
B390 aluminum: a hypereutectic Al-Si grade with very high wear resistance, high hardness, low thermal expansion and good seizure resistance, but low ductility.
A360 aluminum alloy offers best-in-class corrosion resistance, pressure-tightness, and fluidity for thin walls—ideal for outdoor, marine, and die-cast housings.
Which is better for your design—aluminum or stainless steel? See pros/cons, strength-to-weight, corrosion, heat, cost, finishes, and when to pick each.
ADC12 aluminum excels in HPDC with great fluidity, crisp feature replication, balanced strength, dimensional stability, easy machining, and finishes that stick—paint or powder.
Practical guide to A380 aluminum: advantages, limitations, heat-treat options, and DFM tips for high-volume die-cast parts.
Grades compared in one place: mechanicals, porosity risk, finishing options, and selection tips for aluminum die casting alloys.
A practical guide to aluminum heat treatments—anneal, homogenize, solution, quench, and age—plus T5/T6/T7 choices for castings and wrought alloys.
How aluminum die casting, printed sand cores, and T5 aging power Lamborghini’s new V8 hybrid—delivering 10k-rpm reliability, stiffness, and compact packaging.
Explore the best aluminum finishes for die cast parts. Learn about anodizing, powder coating, and more to enhance performance, durability, and appearance.