Introduction of titanium alloy equipment manufacturing and its application

The one-time investment of my country's chemical titanium equipment is large, the main reason is that the price of titanium is high, and there are also design and manufacturing factors. At present, the economic benefits of chemical titanium equipment mainly come from the comprehensive advantages in the application process. Therefore, the development of chemical titanium equipment, in addition to continuing to open up new fields of "chemical titanium" and continuously expanding the use of titanium equipment, should also adopt appropriate technologies and methods to reduce the one-time investment of titanium equipment and improve the use of equipment. reliability.

Titanium equipment is a kind of corrosion-resistant metal, but in some oxidizing media, as the temperature and concentration of the media change, the surface of titanium can rapidly oxidize and produce violent spontaneous combustion reactions, resulting in combustion and explosion accidents. Therefore, before using Seamless Titanium Tube Grade 2equipment, it is necessary to understand the characteristics of the medium used in detail, and pay special attention to the corrosion and oxidation of the medium. In particular, it is strictly forbidden to expose titanium to a strong oxidizing environment without water, otherwise it is very prone to rapid oxidation and a violent spontaneous combustion reaction.

There are many types of titanium equipment, and their functions are also different. The more common one is the titanium reactor. At present, titanium reactors can be mainly divided into three categories: pure titanium reactors, titanium composite titanium reactors, and titanium-lined reactors, which are used in different process environments. Among them, the composite Grade 7 Titanium Plate reactor is widely used because of its superior performance and lower price than pure titanium reactor.

Titanium equipment has stable performance and can be used for corrosive experiments. In fact, the performance of titanium itself is relatively active, but it is easy to form passivation, and the passivation layer is relatively stable, and is usually used in the reaction of corrosive materials. Because titanium has the advantages of high specific strength, excellent heat resistance, corrosion resistance and fracture toughness, titanium reactors are greatly favored in the fields of aviation, aerospace, petrochemical, medical and geology.

With excellent performance, titanium alloy processing equipment is also being widely used in civilian fields, such as automobiles, electric power, leisure and other industries. With the widespread use of titanium and its alloys, its welding performance has attracted more and more attention from users. And there are many customized titanium reactors and stainless steel reactors widely used in petrochemical, pharmaceutical chemical, dye chemical, metallurgical chemistry and chemical research institutions and other major fields. Titanium equipment Titanium has its unique characteristics. Titanium equipment is widely used in aerospace, aviation, shipbuilding, chemical industry, building materials, medical treatment, sports, environmental protection, automobile manufacturing and other industries, and more and more people are familiar with and use it.