Titanium alloy elbow material and processing technology!

Release time：2023-01-30 12:09:07 丨 Number of visits：

Titanium alloy elbow will not cause corrosion, pitting, corrosion or wear. In the pipeline system, titanium alloy elbow is a pipe fitting that changes the direction of the pipeline. According to the angle, there are three kinds of Z commonly used: 45 ° and 90 ° 180 ° elbows. In addition, there are other abnormal angle elbows such as 60 ° according to the needs of the project. The elbow is made of cast iron, titanium alloy, alloy steel, malleable cast iron, carbon steel, non-ferrous metal, plastic and other materials. The connection methods with the pipe include: straight welding (Z common method) flange connection, threaded connection and socket connection. According to the production process, it can be divided into: welding elbow, stamping elbow, casting elbow, etc. In the pipeline installation, the commonly used connecting pipe fittings are used for the connection of pipe corners. Other names: 90 degree bend, right angle bend, love bend, etc

The manufacturer of titanium alloy machined parts said that elbow quenching is to heat the elbow above the critical temperature, hold it for a period of time, and then quickly put it into the quenching medium to make its temperature drop suddenly, and rapidly cool it at a speed greater than the critical cooling rate to obtain martensite. Quenching can improve the strength and hardness of steel, but it will reduce the plasticity of steel. Common quenching media for quenching include water, oil, alkaline water, salt solution, etc.

Application field of titanium alloy elbow: titanium alloy elbow is widely used in petroleum, chemical, nuclear power plant, food manufacturing, construction, shipbuilding, paper making, medicine and other industries. It has different uses in different industries and has different use values in different industries. The hot-pressed elbow is a kind of elbow manufactured by hot-pressing process. The hot-pressed bend is a bend formed by heating the pipe with professional equipment, then cutting and heating it to above the critical temperature, and immediately putting it into the quenching medium after holding it for a period of time to make its temperature drop suddenly, and rapidly cooling it at a speed greater than the critical cooling rate.