Ionization vacuum gauge

In industries and research fields where maintaining a precise vacuum is crucial, the High Vacuum Ionization Gauge emerges as an indispensable tool. This sophisticated device is designed to measure the vacuum degree within a chamber by leveraging the ionization of gas molecules. Innovacera, a leading manufacturer in advanced ceramic products, produces high vacuum ionization gauges that are essential for laboratories, industrial applications, and scientific research. How Does a High Vacuum Ionization Gauge Work? At its core, a High Vacuum Ionization Gauge functions by ionizing gas molecules within a specialized chamber. The process begins when gas molecules enter the ionization chamber and are subjected to ionization methods such as heated wires or electron beams. This ionization process generates positive ions and free electrons. The positive ions are then attracted to an electron collector, while the free electrons create an electric current. Interpreting the Measurements The magnitude of the current produced in the ionization chamber is directly related to the density of the gas molecules, which in turn reflects the vacuum level. Generally, a higher current indicates a lower vacuum degree (higher pressure), while a lower current suggests a higher vacuum degree (lower pressure). This precise measurement is vital for applications where maintaining a specific vacuum level is crucial to the success of the process.