The reason for the low-temperature resistance of titanium alloy screws and their related advantages

In recent years, titanium alloy screws have been receiving increasing attention and popularity in the market. Let's take a closer look.

The reason why they have gained such attention from the market is undoubtedly due to their attractive features. Therefore, to understand the reasons behind their popularity, we need to explore the advantages of titanium alloy screws.

As most of you are already familiar with the advantages of titanium alloy screws, such as their high-temperature resistance, acid and alkali resistance, and their higher hardness compared to other common fasteners.

What many people don't know is that in terms of low-temperature resistance, titanium alloy screws have very strong advantages. Of course, such ability doesn't occur randomly. The reason why titanium alloy screws can have a strong low-temperature resistance is mainly because the interstitial elements are extremely low. Even in a working environment of around -250℃, titanium alloy screws can still function normally and maintain their shape without any changes. However, most metals do not have such capabilities in such working conditions.

The low-temperature and high-temperature resistance of titanium alloy screws are indeed excellent, but their ability to attract consumers is not limited to this. What we are going to talk about next is the good thermal plasticity of titanium alloy screws and their poor stamping performance.

I believe that in the future, titanium alloy screws will definitely become the mainstream in the screw industry. After all, their powerful performance has far exceeded that of other metal-made screws in the same industry!