Annealing, solution, and aging treatment are the common heat treatment techniques used on titanium alloys. All types of titanium alloys can benefit from annealing, primarily to achieve the highest mechanical qualities, reduce stress, increase fluidity, and stabilize the structure. Solution and aging treatment are the main means of strengthening titanium alloys. 1. Stress Relief Annealing The annealing temperature of stress relief annealing is 100-250℃ lower than the recrystallization temperature. The goal is to prevent and minimize deformation, as well as to eliminate or reduce internal te ..read more

Flaw detection in titanium materials is a crucial step in the production process. The final product will be inspected as soon as it leaves the plant. The most widely utilized method of preventing internal faults in titanium materials is ultrasonic inspection, which varies depending on the needs of the client and product standards. Ultrasonic inspection is a sound-based inspection method that can detect internal defects of welded parts, such as pores, cracks, inclusions and pores. . By measuring the relative change signal and amplitude, ultrasonic detection can be used to measure the s ..read more

A lot of people are familiar with shape memory alloys. It can mysteriously revert to its original shape when heated to a specific temperature, regardless of how deformed it is. Currently, there are dozens of types of shape memory alloys found in the world, with nickel-titanium alloy being among the most developed and widely used alloys. Special properties of Nitinol alloy Nickel-titanium alloy is a binary alloy composed of nickel and titanium, in addition to its unique shape memory function, it also has a series of excellent properties, is a very excellent functional material. Shape ..read more

Titanium for human body Titanium is a metal material,which can be used in the field like artificial joints, dental implants etc , is famous for it’s corrosion resistance for human body, aesthetics , bio-compatibility ,adjust blood pressure, promotes tissue repair etc, meanwhile we need to use them by the guidance of doctors. 1.Good corrosion resistance Due to the relatively stable nature of titanium,it can resist the corrosion of human secretions and not easy to lead to corrosion damage during using. 2.Aesthetics After titanium is implanted in the human body,it can work well with the surroundi ..read more

On January 16, the Japanese Golf Design company’s new 3D printing titanium alloy golf club head—“Designer”  made its international premiere in Japan , and began taking reservations in China on January 18. The Designer adopted the metal 3D printing technology , successfully broke through the design limitations, achieved the precise distance and extraordinary fault tolerance of titanium alloy golf club head products, and filed for numerous patents after more than 1600 days of research and development exploration, more than 1000 times of testing, and 19 times of performance optimization ..read more

Superiority of titanium in medical industry Titanium with many advantanges, such as no rust, antibacterial, non-magnetic, non-deformation, etc., and has become a widely used medical metal material in recent years. The medical industry has made extensive use of titanium because of its “biophile” qualities, which allow it to have good biocompatibility with human tissues and no harmful side effects. In the United States, laboratory research indicates that the two varieties of titanium, 6AL4V and 6AL4V ELI, have the strongest ties to the medical industry. Due to their greatest affinity ..read more

Because of its outstanding biocompatibility and stable chemical characteristics, titanium is used in titanium pipe fittings. It is compatible with all antibacterial techniques and can withstand the erosion of exudates in the human body without endangering people’s health. It is a metal that has no influence on our bodies and won’t produce excessive reactions since the titanium in the titanium coil has relatively strong corrosion resistance and stability. As a result, there is no chemical reaction between the material and the drying time. Due to its low density, light weight, high strengt ..read more

1. The function of compensator. The compensator is also called an expansion joint, or a telescopic device. In order to prevent the deformation or damage of the heating pipeline due to thermal elongation or temperature stress, it is necessary to set compensators on the pipeline, so as to compensate for the thermal elongation of the pipeline, and reduce the stress of the pipe wall and the force acting on the valve or support structure. 2. Type of compensator The compensator is divided into natural compensation and mechanical compensation. Corrugated extenders and packing compensat ..read more

Titanium steel Composite plate is a perfect structural material because of its high strength and resistance to corrosion. It can be used in a variety of industrial fields, including nuclear energy, petroleum, chemical, light, melting, seawater desalination, water conservation, and hydro power.The titanium layer’s thickness ratio may be modified to meet specific design and application requirements thanks to the explosive metal composite. In order to satisfy the demands of various clients, unique specifications and sizes for titanium steel composite plates can be chosen through disc ..read more

With the advancement of science and technology, an increasing number of high-tech materials, including high-density ceramics, carbon fiber, sapphire, and titanium, have been used in watch manufacturing. Among them, the application of titanium metal in watches dates back more than fifty years, Due to its strong corrosion resistance and low density, titanium alloy and steel are considered “space age” metals. As a result, titanium is used in a lot of watches. Titanium is incredibly industrial and commercial due to a variety of its qualities: Sturdy: Titanium is 30% harde ..read more