With the development of metal materials, the development of machining and the improvement of production efficiency, titanium is no longer a "rare" material. With the increase of social labor costs, environmental costs, and safety costs, titanium materials are gradually being used more and more. Companies are well-known and used, although titanium materials are still underestimated. Titanium equipment, due to its excellent corrosion resistance, mechanical properties and cost advantages, has unique advantages in many industrial fields:

Chemical processing

Titanium provides a cost-effective material in many corrosive environments. Corrosion resistance extends the service life of the equipment and reduces maintenance costs. The excellent corrosion resistance of titanium makes it a natural choice for chemical processing industrial applications.

When dealing with corrosive compounds such as nitric acid, organic acid, chlorine dioxide, suppressing reducing acid and hydrogen sulfide, titanium is the first choice for vessels, titanium heat exchangers, titanium storage tanks, stirrers, coolers and titanium pipes, and titanium pipe fitting systems material.

Hydrometallurgy

Titanium reactor is used for hydrometallurgical extraction of metal. Hydrometallurgical extraction of metals from ore. This is an environmentally safe process and an excellent substitute for smelting processes.

Titanium has been selected for this application because it can extend service life, improve energy efficiency and increase product purity. These factors have promoted the application of titanium electrodes in the electrolysis and electrolytic refining of metals such as copper, gold, manganese and manganese dioxide.

ocean

The corrosion resistance in seawater and brackish water applications makes titanium the material of choice for marine applications. It is used in ball valves, fire pumps, hull materials for deep-sea submersibles, water jet propulsion systems, cooling and piping systems on ships, and many other applications.

Titanium is not corroded by salt water or marine environments, so it is an ideal material for applications such as deep-sea submersibles, yacht accessories, propeller shafts and propellers, and underwater manipulators.

In addition, due to the general corrosion resistance of titanium, titanium is also used in subsea ball valves, fire pumps, heat exchangers, exhaust chimney linings, and ship cooling and piping systems.

The formability, workability and weldability of titanium make it an excellent choice for marine applications.

military

Titanium is now a common material in armored vehicles and personnel carriers. Titanium has good ballistic performance and significantly reduces weight in this application.

In addition to titanium used in military aircraft applications, titanium is also considered to be the material of choice for military armor applications, based on its excellent ballistic properties, light weight, corrosion resistance and manufacturing capabilities.

The military has determined that there is still a need to reduce the total weight of ground vehicles, especially tanks, combat vehicles and personnel transport vehicles. In some applications, titanium can meet this demand by replacing traditional steel alloys and aluminum. The hatch on the M2 Bradley infantry fighting vehicle is made of titanium alloy, which is 35% lighter and offers greater protection against bullets than the original forged aluminum design.

Titanium is also used in personal armor applications, where the ballistic performance and lightweight properties of the metal have proven beneficial.