Cardinal Health ECG Monitoring Electrode Snap Connector Conductive Adhesive Gel Foam Backing Adult Non-Radiolucent 30 per Pack

ECG Monitoring Electrode Snap Connector Conductive Adhesive Gel Foam Backing Adult Non-Radiolucent 30 per Pack

This ECG monitoring electrode is a disposable adult snap electrode with conductive adhesive gel and a foam backing. It fits monitoring workflows that need quick placement and easy removal, with a teardrop shape that helps during release. This version is non-radiolucent and comes in pouches of 30 electrodes.

Good Fit For

• Adult ECG monitoring
• Facilities using snap-connection monitoring electrodes
• Workflows that prefer disposable electrodes
• Setups where easier electrode removal is helpful

Key Features

• Snap connector supports ECG monitoring setups that use snap-style electrodes
• Conductive adhesive gel combines signal interface and skin adhesion in one electrode
• Foam backing offers a lightweight construction for routine monitoring use
• Teardrop shape helps with easier release and removal
• Adult size and use profile for adult patient applications
• Disposable format supports single-use workflow

Applications and Usage

• Applying adult electrodes for ECG monitoring
• Stocking snap-style monitoring electrodes in patient care areas
• Preparing pouches of electrodes for routine monitoring workflows

Packaging and Handling

• Packaging: CS.
• Material: Foam.
• This electrode is non-radiolucent, which may matter if radiolucent options are required.
• The connector style is snap, so buyers should match it to compatible monitoring leads or cables.
• This product is intended for adult use.

FAQ

• What connection type does this electrode use? This ECG monitoring electrode uses a snap connector.
• Is this electrode meant for adult or pediatric use? This electrode is for adult use.
• What backing material does this electrode have? This electrode uses a foam backing.
• How many electrodes come in a pouch? Each pouch has 30 electrodes.
• Is this electrode radiolucent? No. This electrode is non-radiolucent.

From Cardinal Health.