The Metallurgy Behind Heat-Treated Spring Lock Washers

What is Metallurgy?

Behaviour of metals and their uses is a science called metallurgy. When manufacturing spring lock washers, materials science determines whether a metal will be used and how it will be treated.

How Does Heat Treatment Help?

One way to produce these robust spring lock washer is through heat treatment. That involves heating the metal to a certain temperature and then rapidly cooling it. This technique renders the metal harder and stronger, meaning it is less likely to bend or break.

Different Metals for Washers

Different kinds of metals can be applied to form DIN 128 A Curved Spring Lock Washers and all have their unique qualities. Typical metals are stainless steel, carbon steel and alloy steel. Stainless steel is more rust-resistant, carbon steel is stronger, and alloy steel is a combination of metals, so it’s even more durable.

How to Prevent Corrosion

Corrosion is a factor that can cause metal components, such as DIN 127 B Carbon Steel Galvanized Spring Lock Washers, to weaken overtime. Metallurgical techniques work to counter this issue by using metals that are resistant to rust and adding coatings to the washers. Selecting the correct metal and the appropriate treatments can help prolong the life of washers.

Why Metallurgy Matters

Metallurgy is far more important when it comes to producing strong, reliable spring lock washers. Manufacturers can make washers strong and durable by considering the characteristics of different metals and using the proper processes. So for those of you who ever look at a spring lock washer, remember all the thought that goes into these small but significant tools to help your items stay together.