Spherical titanium alloy powder and its alloys have excellent properties such as low density, high specific strength, good heat resistance, and corrosion resistance. However, traditional titanium metallurgy has disadvantages such as long process cycle, high energy consumption, and low utilization rate. , Shipbuilding technology, chemical industry, machinery manufacturing, cemented carbide, etc. have broad application prospects. The high cost and high price of titanium alloy limit its wide application. Therefore, reducing the cost of titanium and titanium alloy is an important means to further expand the application of titanium, so let's learn about the application of spherical titanium alloy powder!

1. Aerospace

Spherical titanium alloy powder has been widely used in the aerospace field. Because titanium alloy has the characteristics of high strength, high heat resistance, and specific strength. To reduce the runway distance for aircraft take-off/landing, titanium alloy can increase the aircraft's ability while reducing the overall weight of the aircraft, and improve the aircraft's maneuverability, maneuverability and mounting capacity.

2. Petrochemical industry

Studies have shown that spherical titanium alloy powder is still a material under high temperature, high pressure, high corrosive media, and high chlorine environment. There is a single type of titanium, mainly industrial pure titanium and TA10. The prices of both titanium materials are very cheap, and the smelting technology, processing technology, and welding technology are mature in China. The petrochemical industry mainly uses the corrosion resistance of titanium and titanium alloys, and does not require high heat resistance. Therefore, it is compatible with the aerospace industry. Compared with the titanium materials used, it can be used in large quantities in the domestic petrochemical industry.

3. Offshore engineering field

Spherical titanium alloy powder is excellent in seawater corrosion and ocean atmosphere corrosion, and ocean engineering is expected to become a new titanium market for people’s livelihood. In marine engineering, there are very few dissolved ions, no toxicity, and no environmental pollution, which satisfies the application needs of marine engineering. The application of titanium in the field of marine engineering can not only reduce the quality of related equipment, but also To reduce maintenance costs, titanium is mainly used for offshore oil and gas development, seaside real estate, coastal power plants, seawater desalination devices, ships, marine fisheries, ocean energy conversion, etc.

Not only that, spherical titanium alloy powder has excellent low temperature performance, extending the life of related equipment. For example, if the ship uses titanium, the life of the equipment can be extended to 30-40 years, but ships such as magnesium-aluminum alloy and mild steel require maintenance for 10 years. It maintains a certain degree of plasticity under -253, and has small volume changes in low temperature environments, which is suitable for icebreakers in the Arctic.