Simco-Ion Technology Group’s air ionizing bars, also known as static eliminating bars, are engineered specifically for static control within ultra-clean environments, cleanrooms, mini-environments, laminar flow hoods, and workstations. These bars are crafted with a unique aerodynamic design that ensures localized ionization without disturbing laminar flow.
The installation of ionizing bars is quick and straightforward, facilitating a swift setup process in various settings. Each ionizing bar allows for the adjustment of output and balance according to particular requirements, enhancing flexibility and efficiency.
Available in a range of lengths and equipped with various emitter point materials, Simco-Ion, Technology Group’s air ionizing bars are tailored for use in cleanliness-controlled environments, guaranteeing optimal performance and compatibility with specific operational needs.
Key features of Simco-Ion, Technology Group’s Air Ionizing Bars:
- Ion Emission: Ionizing bars emit positive and negative ions to neutralize static charges on surfaces and in the air, thus preventing electrostatic discharge.
- Aerodynamic Design: Their aerodynamic design allows smooth integration into diverse environments, ensuring minimal disruption to airflow patterns, especially in sensitive areas.
- Adjustable Output: Ionizing bars allow users to customize the ionization output levels, optimizing performance under specific requirements and environmental conditions.
- Balance Control: They offer the ability to adjust the balance between positive and negative ions, guaranteeing successful neutralization across different materials and surfaces.
- Emitter Point Materials: The emitter points are typically made from durable materials, such as tungsten, titanium, or stainless steel, chosen for their longevity and ionization capabilities.
- Maintenance: Ionizing bars are designed for minimal maintenance, usually requiring periodic cleaning of emitter points to maintain peak performance.
- Environmental Compatibility: They are designed to operate in numerous environmental conditions, including temperature and humidity changes, without compromising ionization.