Electrodes Adhesive Gel

Electrodes Adhesive Gel
Details:
The physical properties of this adhesive gel are governed by the blending ratio of polyacrylamide and modified cellulose. To increase viscosity without sacrificing charge transfer, moisture-retaining components with strong hydrogen bonding capabilities are integrated into the mixture. This architecture forms a micron-level viscoelastic film on the skin, bridging the dermal ridges.

Cleanroom compounding adheres strictly to ISO 13485 protocols. Material biocompatibility is verified through ISO 10993 cytotoxicity and sensitization testing.

The standard MOQ for OEM tube packaging is 10,000 units.
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Description
Technical Parameters
 

Electrodes Adhesive Gel | High-Tack Long-Term Monitoring | TOP-RANK

 

 

High-tack conductive adhesive gel for long-term ECG and TENS applications. Engineered to maintain physical grip and < 50 Ohm impedance during 24-hour patient movement.

 

Product Overview

 

Electrodes adhesive gel is an ion-conducting medium engineered with enhanced physical tack. Unlike flowable ultrasound couplants, this formulation increases the cross-linking ratio within the carbomer matrix, providing an initial peel force of 2.0N - 4.0N alongside electrical conductivity. It serves as an auxiliary bonding interface for non-adhesive hardware (e.g., stainless steel or silicone electrodes) during long-term monitoring or high-dynamic movement scenarios. We supply bulk filling and private label routing for B2B medical consumable brands.

 

Key Features

 

  • Mechanical Shear Resistance

    During dynamic monitoring protocols like Holter or treadmill stress tests, muscle contractions generate lateral shear forces. Standard liquid gels create a lubricating effect that causes electrode displacement and severe motion artifacts. The rheology of this high-tack formulation skews toward a higher storage modulus. It absorbs micro-shear shifts on the skin surface, anchoring the center of the electrode to the exact epidermal contact point for 12 to 24 hours. 

     

  • Lipid-Phase Adhesion Stability 

    Continuous sebum secretion is the primary failure mode for water-based adhesives. A specific ratio of surfactant modifiers is titrated into the gel matrix. These modifiers displace the skin lipids trapped directly beneath the electrode footprint, establishing a direct ionic pathway. Even when exposed to 37C body heat and rising local humidity, the gel sustains its semi-solid physical cohesion without running or diluting. 

     

  • Zero-Residue Epidermal Release 

    High tackiness often results in painful removal or residual polymer stuck in the hair follicles. By precisely controlling the cross-linking density, the cohesive strength of the gel is calibrated to exceed its adhesive strength to the skin. During pad removal, the gel mass peels away as a single intact layer instead of fracturing and leaving hard-to-wash polymer traces in the pores.

 

Applications

 

Ambulatory Monitoring (Holter)

Stabilizing reusable snap leads for multi-day cardiac tracking.

 

Physical Therapy (TENS/EMS)

Enhancing the grip of non-adhesive carbon rubber electrodes during intense muscle recruitment.

 

Sleep Studies (PSG)

Securing EEG/EOG sensors during 8-hour sleep cycles with frequent patient rotation.

OEM & Private Label

 

  • Custom Filling : Tubes ranging from 60g to 250g with custom nozzle apertures. Bulk 5kg pails available for clinical secondary packaging. 

  • Supply Chain: Primary chemical compounding is executed in China. Secondary boxing and global logistics routing are managed through our Vietnam facility to strengthen supply chain resilience and optimize regional transit costs.

 

Certifications

 

Compliance : Facilities audited to ISO 13485:2016 and MDSAP. 

Safety : Provided with full SDS/MSDS documentation confirming non-hazardous classification for ocean and air freight.

 

FAQ

Q: Does the high tackiness affect the electrical signal sensitivity?

A: No. Adhesion and conductivity are managed by two independent matrix components. While the polymers provide the grip, the dissociated chloride ions facilitate the charge transfer. The baseline impedance remains consistently below 50 Ohms.

Q: Can this gel be used to repair "dead" self-adhesive TENS pads?

A: Yes. It can be applied as a restorative layer on the surface of desiccated hydrogel pads to regain both conductivity and physical adhesion for several additional uses.

CTA

 

B2B procurement teams can request high-tack performance testing data and viscosity calibration samples.

👉 [Request Adhesive Gel Samples]

 

Hot Tags: electrodes adhesive gel, China electrodes adhesive gel manufacturers, suppliers, factory, Contact Gel for TENS Unit, Emg Electrode Gel, Ecg Conductive Gel, Conductive Gel, ecg electrode gel, Electrode Gel

Specifications

 

No. Item No Volume Package
1 TG-65ML 65ml/2.3oz 200pcs/carton, Carton dimession:
43cm*36cm*28cm, Gross weight: 14.5kgs
2 TG-90ML 90ml/3.2oz 160pcs/carton, Carton dimession:
43cm*36cm*28cm, Gross weight: 16kgs
3 TG-100ML 100ml/3.5oz 160pcs/carton, Carton dimession:
48cm*40cm*33cm, Gross weight: 17.5kgs
4 TG-150ML 150ml/5.3oz 160pcs/carton, Carton dimession:
48cm*40cm*33cm, Gross weight: 17kgs
5 TG-250ML 250ml/8.9oz 50pcs/carton, Carton dimession:
40cm*30cm*30cm Gross Weight:17kgs
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