When we are choosing screws, the quality of the material is often one of the key factors to consider. There are countless types of materials available for making screws on the market. Among the common ones, titanium screws can be divided into pure titanium screws and titanium alloy screws. If we further break it down, there are many subcategories. However, in general, we can recognize the differences between titanium screws and titanium alloy screws, and based on this, we can basically select the brand we want to cooperate with.

Titanium screws have a very similar appearance to common stainless steel, copper and iron screws. However, its premium series can reach the level of aviation standards.

During the production process, the raw materials mostly use pure titanium TA2 and titanium alloy TC4. Their price is among the most expensive among all metals. After being professionally crafted, the finished screws are truly "extremely beautiful". Sometimes, they emit a cold and elegant glow, and at the same time, exude an indescribably high and grand feeling.



As the main chemical element for manufacturing titanium screws - titanium - it is highly reactive and has better flexibility and oxidation resistance compared to stainless steel. Therefore, it is widely used in the medical, aerospace, and precision manufacturing fields. If titanium screws are used under high pressure conditions, screws made of other materials are prone to breakage, but titanium screws remain robust and unbreakable, clearly demonstrating their stronger pressure resistance.

The high-purity titanium screws, known as "space metals", also possess extremely high plasticity. In spacecraft and aircraft carriers, they can better maintain stable chemical properties, resist low and high temperatures, and withstand strong alkalis. Additionally, they feature high strength and low density. As a result, they will play a more significant role in various fields in the future. To meet the needs of different industries, titanium screw manufacturers should focus on the selection of raw materials and strive to ensure that each titanium screw can fully demonstrate its outstanding performance.