The Ion Wind Bar features a unique high-volume air tube, a durable aluminum shell, a click-free design, and is compatible with compressed air.

The advantages of the ion wind rod for cleanroom applications include its stable static elimination performance and ease of replacement and cleaning.

In terms of performance, cleanroom environments demand high precision for ion airflow. Thus, ion bars must quickly identify the quantity of static charges and electrodes in the environment, releasing an equal amount of opposite ions for rapid neutralization. This self-identifying and self-adjusting process ensures the stability of static removal performance.

The ion wind rod generates a large number of gas clusters with positive and negative charges, which can neutralize the charge on objects passing through its ion radiation zone. When the surface of an object carries a negative charge, it attracts positive charges within the radiation zone. Conversely, when the surface carries a positive charge, it attracts negative charges within the radiation zone, thereby neutralizing the static electricity on the object's surface and achieving the purpose of static electricity elimination.

Ion Bar Ion Balance Issue

When static occurs, to neutralize the negative and positive charges produced, the air from the ionizer rod contains an equal amount of positive and negative ions.

In such situations, the electrostatic ionizer should be activated for at least two minutes to neutralize the charges within the domain.

The ion rod should be set according to the manufacturer's recommendations or determined through monitoring or testing.

This concludes the discussion on the ion balance issues of the ion bar and the advantages of its application in cleanroom environments.