The main features of industrial steam turbines include a high degree of automation, a wide range of speed regulation, and the ability to adapt to changes in operating conditions in the production process.

High degree of automation: Industrial steam turbines generally have a high degree of automation and are relatively simple to operate, thanks to their compact structural design and building blocks, which make operation and maintenance easier.

Wide speed adjustment range: In order to meet the changes in the working conditions of the driven machinery (such as speed and power needs), industrial steam turbines generally have a relatively wide speed adjustment range. This design enables the industrial steam turbine to run smoothly and sensitively with the driven machinery in coordination with each other to adapt to the changes in the working conditions of the production process, which is unmatched by other power machinery.

The ability to adapt to changes in the working conditions of the production process: Industrial steam turbines can directly drive the machinery such as pumps, blowers and compressors in the production process, and can smoothly and sensitively coordinate with these driven machinery to operate at variable speeds to adapt to changes in the working conditions of the production process. This capability makes industrial steam turbine widely used in modern industrial enterprises.

In addition, industrial steam turbines also have a high speed and a large power application range, the speed can be as high as 20000 RPM or more, and the power can be from a few kilowatts to more than 100,000 kilowatts. It has an axisymmetric high-speed rotating part, so it runs smoothly, has minimal wear, and has a long continuous running time, which can meet the requirements of modern production processes.

The design and manufacture of industrial steam turbines need to meet API, IEC, DIN, NEMA and other international standards, especially in the field of petroleum and chemical applications in the explosion-proof area, the design and selection of accessories usually need to consider the explosion-proof level. Together, these features ensure that industrial turbines can operate stably in a variety of industrial environments for a long time, while meeting the requirements of high efficiency and safety.