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Manual high vacuum ISO flange ball valve is a valve commonly used in high vacuum systems, suitable for the following scenarios:

Laboratories and research institutions: Manual high vacuum ISO flange ball valves are commonly used in vacuum equipment in laboratories and research institutions to control and regulate gas flow and pressure in vacuum systems.

Semiconductor manufacturing: High vacuum environment is crucial for precise gas control in the semiconductor manufacturing process. Manual high vacuum ISO flange ball valves can be used in semiconductor equipment, such as vacuum chambers, gas supply systems, and pumping systems, to achieve precise control of gas flow and pressure.

Optical and vacuum coating: Manual high vacuum ISO flange ball valves are commonly used in optical and vacuum coating equipment to control and regulate gas flow in vacuum environments to ensure the quality and uniformity of film deposition.

Aerospace: In the field of aerospace, the control of high vacuum environment is a key factor in achieving space exploration and satellite operation. Manual high vacuum ISO flange ball valves can be used in aerospace equipment, such as propulsion systems and spacecraft vacuum chambers, to achieve control over gas flow and pressure.

High energy physics research: In high-energy physics research, experimental equipment typically needs to be operated at extremely low pressures. Manual high vacuum ISO flange ball valves can be used in particle accelerators, laboratory equipment, and vacuum chambers to achieve accurate control of gas flow and pressure.

In the field of nuclear energy, high vacuum ISO flange ball valves can be used in nuclear reactors and fuel processing equipment to control and regulate gas flow and pressure in vacuum systems.

In summary, manual high vacuum ISO flange ball valves are widely used in high vacuum systems, suitable for laboratories, semiconductor manufacturing, optics and vacuum coatings, aerospace, high-energy physics research, nuclear energy and other fields. They are used to control and regulate gas flow and pressure in vacuum environments, ensuring stable operation and precise control of the system.