ESD and Antistatic Products

Ionizing Air Bar

The Ionizing Air Bar is a slim machine-mount static neutralizer that delivers balanced ion output along a continuous working width for webs, parts and controlled-process areas.

Continuous emitter channel distributes balanced ions along a wide target without occupying bench space.
Slim anodized extrusion integrates into conveyors, laminar-flow zones and compact machine openings.
Sliding brackets and a locking connector simplify positioning, wiring and scheduled maintenance.

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Product Introduction

This bar uses a rigid silver-anodized aluminum extrusion to support an evenly spaced row of recessed emitter points. The black channel shields the points from accidental contact while leaving the ion path open toward the target. A green status lamp confirms operation near the cable end, and the locking circular connector provides a secure low-voltage power interface. Two sliding brackets engage the extrusion tracks so the working angle and distance can be adjusted without modifying the bar body.

Key Features

Even emitter spacing promotes uniform charge neutralization across the selected bar length.

Protected channel limits accidental contact and helps shield the points from mechanical damage.

Low-profile extrusion fits above conveyors, webs, fixtures and laminar-flow work zones.

Balanced bipolar output serves both positively and negatively charged materials.

Green status indication supports quick machine-start and maintenance checks.

Sliding brackets permit repeatable angle and distance adjustment along the extrusion.

Locking circular connector resists vibration and accidental cable disconnection.

Customer Product Concerns

Long or moving materials can develop uneven charge across their width, while machine space and working distance limit the use of fan-based ionizers.

A point ionizer leaves charged zones across a wide web or conveyor.The continuous emitter row distributes ion output along the active bar width.

Bulky blowers cannot fit inside narrow equipment openings.The slim extrusion mounts close to the process without an integral fan housing.

Incorrect distance or angle creates uneven neutralization.Sliding brackets allow controlled positioning along the mounting track.

Exposed emitters are easily bent during cleaning or material changeover.The recessed black channel protects the point bases while preserving the ion path.

Machine vibration loosens ordinary plug connections.The round locking connector and strain-relieved cable provide a secure interface.

Typical Applications

Film, sheet and packaging-web processing.Conveyorized electronics and component handling.Laminar-flow benches and mini-environments.Optical, medical and pharmaceutical assembly equipment.Plastic molding and finishing machinery.Printing, labeling and converting lines.

Technical Parameters

The representative bar below supports localized or wide-area ionization without an integral blower. Length, emitter spacing, power method, balance control, mounting and optional air assist can be configured for the target distance and available process airflow.

Core Material	Silver-anodized aluminum extrusion with stainless-steel or tungsten emitter points and polymer end caps
Panel Thickness	1.5–2.0 mm extrusion-wall thickness
Effective Width	300–1800 mm active ionization width, configurable by bar length
Maximum Length	Up to 2200 mm overall bar length
Steel Facing Thickness	1.0–1.5 mm protected emitter-channel and stainless hardware thickness
Core Density	2650–2750 kg/m³ aluminum-extrusion density
Thermal Conductivity	160–205 W/(m·K) for the aluminum housing alloy
Surface Finish	Clear silver anodized extrusion with matte black emitter channel, end caps and brackets
Joint Type	Recessed emitter rail in a continuous extrusion with sliding brackets, cable gland and locking circular connector
Customization	Available based on the intended application and operating environment.

Available Options

Custom bar lengths and emitter spacing.Tungsten, titanium, stainless-steel or cleanroom emitter material.Steady-state DC, pulsed DC or AC ion-generation control.24 VDC integrated or remote high-voltage supply.Air-assisted or passive-flow configuration.Flat, vertical or rotatable mounting brackets.Fault output, communications and remote balance adjustment.

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