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(Ten20)Conductive Paste Ten20


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Conductive paste Ten20, also known simply as Ten20, is a type of conductive adhesive gel commonly used in electroencephalography (EEG) and other neurodiagnostic procedures. It is manufactured by Weaver and Company, a company specializing in medical adhesives and electrode products.


Key characteristics and features of Ten20 conductive paste include:


1. **Conductivity:** Ten20 is formulated to provide optimal conductivity for EEG recordings. It contains a blend of conductive particles suspended in a water-soluble gel base, allowing electrical signals to be transmitted efficiently from the scalp to the EEG electrodes.


2. **Adhesive Properties:** Ten20 has adhesive properties that help to keep EEG electrodes securely in place on the scalp during recording sessions. It adheres well to both the skin and the electrode surface, ensuring stable electrode contact and minimizing movement artifacts.


3. **Skin-Friendly:** Ten20 is formulated to be gentle on the skin and suitable for use on sensitive areas such as the scalp and face. It is non-irritating and hypoallergenic, making it safe for most patients, including those with sensitive skin or allergies.


4. **Easy Application and Removal:** Ten20 is easy to apply and remove, allowing for quick setup and cleanup of EEG recordings. It can be easily wiped away with a damp cloth or sponge after use, leaving the skin clean and residue-free.


5. **Longevity:** Ten20 has a relatively long shelf life and remains stable over time, even after repeated use. This makes it a cost-effective option for EEG laboratories and healthcare facilities, as it can be stored for extended periods without degradation of quality.


Overall, Ten20 conductive paste is a widely used and trusted product in the field of neurodiagnostics, valued for its optimal conductivity, adhesive properties, skin-friendly formulation, and ease of use. It plays a critical role in ensuring high-quality EEG recordings by facilitating reliable electrode contact and signal transmission.