Facial Microcurrent Electrode Pads | TG11 Gel | TOP-RANK
60x80mm facial microcurrent pads with silver-plated carbon film. Optimized for 1MHz RF devices. 7-layer composite for low-impedance signal transfer.
Product Overview
These facial microcurrent electrode pads serve as the conductive interface for 1MHz radio frequency (RF) and microcurrent facial devices. The 60mm x 80mm large-format footprint targets broad-surface facial and neck muscle recruitment. The hardware utilizes a silver-plated carbon film to process high-frequency energy without significant thermal loss.
Key Features
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1MHz Frequency Impedance Matching
High-frequency cosmetic devices require low capacitive reactance. The silver-plated carbon film (Layer 2) drops surface resistance to < 20 Ohms. This prevents the electrode from overheating when the 1MHz signal drives the dermis layer.
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Triple-Snap Current Distribution
Facial contours cause varying skin contact pressure. The triple 3.5mm snap configuration, secured by precision riveting, forces the microcurrent through three parallel paths. This engineering logic stabilizes the output intensity, preventing the "stinging" effect during facial lifting protocols.
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TG11 Gel Bio-Adhesion
The TG11 hydrogel is formulated for high-tack performance on facial skin. The polymer cross-linking density is calibrated to a 5.0N-7.0N peel force, keeping the pad flush against the jawline or forehead despite the mechanical vibration of the device.
Applications
Radio Frequency (RF) Facial
Coupling interface for 1MHz dermal heating protocols.
Microcurrent Lifting
Interface for skin elasticity and texture improvement devices.
Neck Rejuvenation
Large-format coverage for platysma muscle recruitment.
OEM & Private Label
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Supply Chain: Components (Silver-plated film, TG11 gel) sourced in China; final assembly, snap riveting, and logo printing executed at our Vietnam hub for US/EU tariff optimization.
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Packaging : 2 pads per card (Manual pull-tab configuration). Custom release liners available for cosmetic brands.
Certifications
Compliance: ISO 13485:2016, MDSAP.
Device Matching : Verified for use with KC, CE, and FCC certified high-frequency beauty instruments.
Testing : Batch-tested for DC offset voltage and 180-degree peel adhesion limits.
FAQ
Q: Can these pads withstand the 1MHz heat generated by RF devices?
A: Yes. The silver-plated PET layer (90mm) acts as a thermal and electrical shunt. It bypasses the resistive heating common in standard carbon-only pads, keeping the interface temperature stable during the treatment cycle.
Q: Why is the TG11 gel preferred for facial RF over standard TENS gel?
A: TG11 possesses a higher moisture retention rate. Standard gels desiccate quickly under a 1MHz RF signal, causing impedance spikes. TG11 maintains ionic mobility, allowing the current to reach the dermis without surface resistance buildup.
CTA
B2B procurement teams can request the full structural technical file and compatibility test reports for 1MHz RF devices.
👉 [Request Facial Electrode Samples]
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Specifications
| Parameter | Data | Engineering Detail |
| Dimensions | 60mm x 80mm | Large-surface facial/neck coverage |
| Interface | Triple 3.5mm Male Snaps | 15mm spacing for current sync |
| Impedance | < 20 Ohms | Silver-plated carbon substrate |
| Hydrogel | TG11 Conductive Gel | High-hydration ionic matrix |
| Structure | 7-Layer Composite | Built to internal structural specs |
