Pellet & Disc Silver-Silver Chloride ( Ag-AgCl ) Electrodes Non Polarized Electrodes For Neuroscience

Electrodes:

Silver-Silver Chloride (Ag-AgCl) is recognized worldwide as a stable, low noise reference electrode sensors, and it’s known for its low offset voltage, low noise and stability.

Besdata Pellet & Disc Sintered Ag-AgCl electrode sensors are made through a process that results in a fine grain, homogeneous mixture of Silver-Silver Chloride compressed and sintered to strengthen and stabilize the electrode.

Besdata Pellet & Disc Sintered Ag-AgCl electrode sensors can be re-shaped by sanding, cutting, drilling and filing. Designed for use in electrochemistry, stimulation, precision bioelectric recording and electrophysiology.

Ag / AgCl Electrodes can be used for:

• Monopolar (referential) Neurofeedback-Methodes like: Amplitude-Training, SMR-, Alpha-, Alpha-Theta-Coherence-, Synchrony-, Z-Score-Training
• Bipolar (sequential)Neurofeedback-Methods like: ISF, Infra Slow Fluctuations Neurofeedback-Training and ILF, Infra Low Frequency Neurofeedback-Training
• LENS, Low Energy Neurofeedback System
• QEEG
• 19-Channel Neurofeedback

Features:
• Top-Performance,
• Less noise (from low frequencies)

Ag-AgCl electrodes made by BESDATA have superior properties, they're made from a mixture of very finely manufactured high purity silver and silver chloride, A careful proprietary process results in a fine grain, homogeneous mixture of silver and silver chloride. The mixture is then compressed and sintered into the various configurations. A pliable silver wire is imbedded in the Ag-AgCl matrix to provide electrical connection by soldering or other means.

Unlike plated or chlorided silver, BESDATA Ag-AgCl electrodes are homogeneous throughout. If the surface is damaged or contaminated, a new surface can be exposed to restore the original performance of the electrode.

Ag-AgCl electrodes are nontoxic because of their stability and reproducibility, Ag-AgCl electrodes make excellent STANDARD and REFERENCE electrodes

Please contact us anytime
– Available to customize the specifications (design, size, package etc.) of the pellet & disc electrodes
– Reliable to develop and manufacture the custom-made products through OEM & ODM

Besdata Technology Co., Ltd is professional in supplying EEG electrodes, EEG caps, EEG conductive gels and pastes. In addition, We also provide standard and private label products, and customized medical accessories on behalf of or together with third parties.
Besdata® EEG electrodes are made of a variety of electrode materials( Gold coated, Pure Silver, Silver/Silver chloride, Sintered Silver chloride) to meet different demands, we transmit stable and clean signals for precise EEG measurements.
Unicare Silver/Silver chloride cup electrode is unique high quality, made of pure silver and coated with silver chloride. has a very low DC offset potential, minimal motion artifact and good low frequency EEG response. Can be used many dozens of times and maintain their quality performance characteristics. Even if the layer of silver chloride is worn out, it would never influence the stability of the measurement.
Besdata® Sintered Sliver Chloride is preferred for precise neural signal detection. It provides top-of-the-line performance, being excellent for DC and low frequency EEG
Besdata® EEG-caps offer up to 128 electrodes of various electrode materials to meet the needs of both researchers and clinicians, we could offer 20, 32, 64 and 128 channel as standard, Meanwhile with customized channels to order.

Besdata® EEG conductive Gels and Pastes has been specially formulated for using with EEG caps and Electrodes. It provides skin preparation and conductivity which dramatically lower electrode-skin impedance, quickly stabilizing measurement, much more easy and convenient to use than the other.

Besdata® are continually expanding our capabilities to realize the unlimited possibilities of capturing electrical signals of brain, even the human body.
And we are always looking for new opportunities to expand our network, Step by Step.