Aluminum has a fascinating history. Once a rare and valuable metal, it has transformed into a crucial part of our daily lives. Understanding its journey

You receive a shipment of aluminum, but without a test certificate, you have no proof of its quality. This creates a huge risk that the

You need a more rigid aluminum part, so you spec a stronger, more expensive alloy like 70751. The part arrives, and it still flexes under

You search for the "hardest" aluminum alloy, assuming it is also the "best" for your job. This leads to choosing a material that is too

You see aluminum alloys listed for everything from phone cases to airplanes. You might think of it as just a simple, lightweight metal. This view

You need to source an aluminum part and focus on getting the lowest price per kilogram. But the final part costs a fortune after hours

You selected an alloy with the best corrosion resistance on the spec sheet. But the part failed from fatigue, costing you time and money and

You carefully select an aluminum alloy known for its corrosion resistance1. Yet, the finished part fails unexpectedly in the field, not from rust, but from

You bought a block of high-grade aluminum and machined it into a perfect part. But it failed in service, cracking under stress. You’re left holding

You specified a high-strength aluminum alloy for a critical part, but it still failed under load. This unexpected failure wastes your time, costs you money,

When you hear "aluminum," you might picture a soda can or a roll of kitchen foil. But in the world of engineering, certain high-performance aluminum

You need a lightweight component that can handle extreme stress. You choose a high-grade aluminum alloy1, but the final part is heavier than designed or