TENS Electrode Pad Gel | Impedance Matching Medium | TOP-RANK
Professional-grade electrical coupling gel for TENS/EMS electrode pads. Vacuum-degassed formula for stable signal transmission and 37C viscosity retention. ISO 13485 certified.
Product Overview
This is a high-transmissivity coupling medium engineered to minimize the resistive barrier at the skin-electrode interface. Unlike standard adhesives, this gel is optimized for high-frequency pulse delivery, ensuring that electrical energy is not dissipated as heat before reaching the nerve endings. We supply this to B2B rehabilitation clinics to stabilize current density during multi-channel stimulation protocols.
Key Features
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Impedance Drift Mitigation
During long-duration stimulation sessions (30+ minutes), standard hydrogels can lose water content, leading to an "impedance spike" and patient discomfort. This gel acts as a high-moisture reservoir that maintains a stable resistive profile (under 50 Ohms), preventing the stimulator from hitting voltage ceilings.
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Thermal Rheology Management (37C)
Most generic gels exhibit "shear thinning" or liquidity collapse when exposed to 37C body heat. Our polymer matrix is thermally stabilized to maintain its structural integrity throughout the session. The gel stays localized between the carbon film and the skin, preventing fluid migration into the lead wire housing.
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Non-Corrosive Electrolyte Balance
Corrosion of the nickel-plated or stainless steel pins on TENS cables is typically caused by high-salt gels. This formula utilizes organic ionic stabilizers to achieve conductivity. This prevents the formation of oxide layers on the pin connectors, preserving the physical hardware life of the electrode accessories.
Applications
Clinical Neuromuscular Rehab
Optimizing current delivery for post-surgical muscle recruitment.
Diagnostic EMG Prep
Reducing skin-to-sensor impedance for cleaner signal acquisition.
Diagnostic Prep
Extending the cycle-life of reusable self-adhesive pads by restoring the ionic hydration layer.
OEM & Private Label
Manufacturing nodes in China and Vietnam provide supply chain redundancy and logistics cost reduction for global B2B contracts.
- Custom Formulations: Adjustable viscosity from low-flow (for static pads) to high-glide (for moving probes).
- Packaging Solutions: Private-label HDPE bottles with multi-language placement instructions and lot-coded batch tracking.
Certifications
Regulatory Tracking: CE (MDR), FDA (Class I), and UKCA documentation available for technical file review.
Audits: ISO 13485 and MDSAP compliant facilities.
QC Analysis: Every batch is tested for pH stability, microbial limits (USP 51), and conductivity consistency.
FAQ
Q: Does this gel interfere with the adhesive properties of the TENS pad?
A: No. When used in moderate amounts, it re-hydrates the existing hydrogel lattice. It is designed to be chemically compatible with cross-linked polyacrylate adhesives used in medical electrode manufacturing.
Q: Can this gel be used for diagnostic ECG?
A: Yes. While optimized for TENS stimulation, its low-impedance ionic path makes it suitable for reducing skin-resistance during diagnostic ECG/EKG signal recording.
CTA
B2B project managers can request technical data sheets and impedance stability reports for verification.
👉 [Request 60g Samples for Clinical Validation]
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Specifications
|
No. |
Item No |
Volume |
Package |
|
1 |
TG-65ML |
65ml/2.3oz |
200pcs/carton, Carton dimession: |
|
2 |
TG-90ML |
90ml/3.2oz |
160pcs/carton, Carton dimession: |
|
3 |
TG-100ML |
100ml/3.5oz |
160pcs/carton, Carton dimession: |
|
4 |
TG-150ML |
150ml/5.3oz |
160pcs/carton, Carton dimession: |
|
5 |
TG-250ML |
250ml/8.9oz |
50pcs/carton, Carton dimession: |







