TB13 titanium alloy wire (Ti-22V-4Al) demonstrates outstanding performance and drives global high-end applications

In the field of high-end titanium alloys, TB13 (with its nominal composition of Ti-22V-4Al) is a typical metastable β-type titanium alloy. Due to its series of outstanding comprehensive properties, it has become one of the core materials in key fields such as aerospace and precision instruments. Among them, TB13 titanium alloy wire (hereinafter referred to as TB13 wire) as a key profile, its application is particularly remarkable.

The core advantages of TB13 alloy: Why is it so special?
To understand the application of TB13 wire, one must first understand the outstanding characteristics of its parent alloy. Compared with the common α+β type titanium alloys (such as Ti-6Al-4V), TB13 (Ti-22V-4Al) has the following core advantages:

The Ti-22V-4Al wire possesses high strength and excellent compatibility, outstanding cold forming properties, and significant hardenability. The Ti-22V-4Al wire can be heat-treated for strengthening. In the heat-treated state, it can achieve a very high strength level while maintaining good toughness. In the solution state, the TB13 alloy has extremely excellent cold working properties, making it easy for cold rolling, cold drawing, and cold bending, which lays the foundation for manufacturing high-performance TB13 wires. The cross-sectional properties of the TB13 wire are uniform and very friendly to large-sized components. Through specific aging treatment, its strength can be significantly increased to meet the performance requirements under different working conditions. These characteristics enable the TB13 wire made from it to not only inherit the basic advantages of titanium alloy such as light weight and corrosion resistance, but also possess high strength, long fatigue life and excellent cold processing adaptability.

The core application of Ti-22V-4Al wire is from the sky to precision instruments. TB13 wire plays an indispensable and irreplaceable role in multiple high-tech fields. It is the "lifeline" in the aerospace industry. This is the largest and most important application area of TB13 wire. Its high strength, light weight, and excellent fatigue resistance make it an ideal material for manufacturing aerospace fasteners. Ti-22V-4Al wire can be used as high-performance fasteners. It is used for bolts, rivets, and screws in critical parts such as aircraft fuselages, spacecraft structures, and aircraft engines. These fasteners need to maintain extremely high reliability and integrity under extreme vibration, temperature differences, and loads. TB13 wire perfectly meets these demanding requirements. TB13 wire can be used for welding of structural components. As a welding wire, it is used for welding of similar or dissimilar titanium alloy structural components, such as the supports and connectors of spacecraft, which can form welds with high strength and good toughness.

Ti-22V-4Al wire can be made into precision springs. In high-end instruments, optical equipment, and some special medical devices, high-performance elastic components are required. The springs made of TB13 wire have high fatigue strength, stable elastic modulus, and excellent corrosion resistance, and can maintain accuracy during long-term use. TB13 wire can also be used in surgical instruments. For some special surgical tools that require high strength, lightweight, and good biocompatibility, TB13 wire can be used as a manufacturing material or key component.

Among high-end racing-level bicycles, it is used to manufacture the key connecting parts, spokes, and high-performance springs and steel wires in the gear system of the frame, effectively reducing weight and enhancing rigidity. In other high-end sports equipment, it is also applied in areas such as racing ski poles and golf club head components, where extreme requirements for weight and strength are imposed.

In 3D printing (additive manufacturing), TB13 wire can be used as the raw material for metal 3D printing technologies such as electron beam fusion forming (EBF). Through layer-by-layer stacking, complex-shaped aerospace components can be directly manufactured, achieving near-net-shape forming of high-performance components.

Which countries have the greatest demand for TB13 wire?
The demand for TB13 wire is closely related to a country's aerospace, high-end manufacturing and technological research and development capabilities. Currently, the demand is mainly concentrated in the following regions:

North America: As a global leader in the aerospace industry, this region boasts numerous aircraft and spacecraft manufacturers along with a vast supply chain system. Its demand for high-performance aerospace fasteners and advanced manufacturing technologies makes it the largest consumer market for TB13 screws worldwide. The related research and development activities as well as military aerospace projects continue to drive the procurement of such high-end materials.

Europe: Represented by multiple EU countries, Europe also boasts world-class aerospace groups and precision instrument manufacturers. The industrial chains of giants such as Airbus, as well as the profound expertise in precision engineering and automotive sports in countries like Germany, France, and the United Kingdom, have jointly driven the demand for TB13 threads that are stable and of high quality.

Asia-Pacific Region: This region is the fastest-growing and most promising market. Countries such as China and Japan are making significant investments and experiencing rapid development in the aerospace field. Projects like domestically produced large aircraft and satellite networks are continuously advancing, directly driving the local demand for key materials such as TB13 wire. At the same time, Japan's leading position in precision electronics and high-end consumer goods has also made it an important user of this material. In summary, TB13 titanium alloy wire (Ti-22V-4Al) is not an ordinary metal wire material. It is the result of the combination of material science and cutting-edge engineering requirements. Its unique β-type alloy properties give it unparalleled comprehensive performance, making it the "ideal choice" for key applications such as aerospace fasteners and precision springs.

With the continuous development of the global aerospace industry and the continuous advancement of precision manufacturing and additive manufacturing technologies, the demand for high-performance and high-reliability materials will only continue to increase. It can be foreseen that TB13 wire, as a star of the titanium alloy family, will have a wider application range and its strategic position in the global high-end manufacturing industry will become increasingly prominent.

Fortu Tech supplies TB13 wire products to multiple countries and regions around the world. Its service coverage includes the United States, Canada, Russia, Germany, France, the United Kingdom, Italy, Sweden, Austria, the Netherlands, Belgium, Switzerland, Spain, Czech Republic, Poland, Japan, South Korea, as well as Chile, Brazil, Argentina, Colombia and other places in Latin America.

Fortu Tech can produce and process Ti-22V-4Al pellet, Ti-22V-4Al foil, Ti-22V-4Al Capillary Tube, Ti-22V-4Al billet, Ti-22V-4Al sheet, Ti-22V-4Al plate, Ti-22V-4Al rod, Ti-22V-4Al tubes.