What is Titanium？

GR5 titanium is a high-performance metal material, mainly composed of titanium and a small amount of aluminum, vanadium and other alloying elements, with excellent strength, corrosion resistance and high temperature stability. Its low density, high melting point and excellent mechanical properties make it widely used in chemical industry, aviation, marine engineering and other fields, especially in high temperature, heavy load and complex stress conditions.

Advantage

High Strength: Titanium has excellent strength and is one of the strongest metals on the periodic table. It has an exceedingly high strength-to-weight ratio, even more so than aluminum. Its strength and its low weight make titanium a popular option in many industries and applications.
Lightweight: Titanium is a lightweight metal with a much lower density than steel and other common metals. As a result, Gr5 titanium can significantly reduce weight while maintaining strength and durability, which is particularly important for tools that need to be held or carried for long periods of time.
Rust and corrosion resistance: One of the significant advantages of titanium is its resistance to many chemicals and environments. It doesn't rust and doesn't corrode as easily as other metals do. This allows Blade Shadow to maintain its performance and appearance even in wet, corrosive, or extreme environments.
Biocompatible: Titanium is nontoxic and biocompatible with both humans and animals. Hence, titanium is often used in the medical and dental industry, where it is used for implants and surgical and dental instruments.

Heat Resistant: Titanium has low thermal conductivity. This makes titanium ideal for high-heat applications in machining, spacecraft, jet engines, missiles, and automobiles.
Low-temperature resistance：Titanium alloys can generally withstand low temperatures from -70 ℃ to -200℃, and some titanium alloys with excellent low-temperature resistance, such as Gr5, can even be used for long periods of time at extremely low temperatures of -200℃ or lower (e.g. -253℃).
Ductile: Titanium is a ductile metal whose ductility improves with increased temperatures. Additionally, alloying titanium with other ductile metals like aluminum significantly improves its ductility.
Excellent Fatigue Resistance: Titanium has excellent fatigue resistance. This makes titanium ideal for aerospace applications where structural parts of aircraft such as landing gear, hydraulic systems, and exhaust ducts are subjected to cyclic loading.