High-Performance Single-Use ECG Electrode Patch from China Suppliers & Factory with Reliable Signal Transmission
Product Highlights
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Advanced Multi-Layer ECG Electrode: Optimized for accurate cardiac monitoring.
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Precision Engineering: Combines medical-grade non-woven or foam backing with a sintered Ag/AgCl sensor and hypoallergenic conductive hydrogel.
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Clinical Reliability: Designed for clinical monitoring, Holter recording, and telemedicine with stable adhesion and optimal waveform performance.
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Quality Assured: 100% automated testing for impedance, offset voltage, and defibrillation overload recovery. Compatible with standard snap or tab connectors.
Features and Specifications
| Feature | Specification |
|---|---|
| Product | Multi-layer ECG Electrode Patch |
| Type | Single-use, non-invasive |
| Backing | Medical-grade non-woven fabric or foam |
| Sensor Element | Sintered Ag/AgCl |
| Conductive Layer | Hydrogel |
| Adhesion | Peel strength 1.0–2.0 N/cm |
| Electrical Performance | Offset voltage |
| Testing | 100% automated electrical testing |
| Connector Compatibility | Universal snap or tab connectors |
| Dimensions | ~99 mm × 99 mm |
| Manufacturing Environment | ISO Class 7 cleanroom; 18–28 °C, 40–65% RH |
| Biocompatibility | Hypoallergenic, non-irritating, non-sensitizing, non-cytotoxic |
Applications
Ideal for continuous ECG monitoring in hospitals, outpatient clinics, and home healthcare. Supports Holter recording for 24–48 hours, stress tests, and telemedicine applications where signal accuracy is critical. The hypoallergenic adhesive ensures patient comfort during prolonged wear, and the multi-layer design helps maintain stable contact even with patient movement.
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Frequently Asked Questions
No, it is designed for single-use only to ensure hygiene and signal integrity.
It is compatible with standard snap or tab connectors used in most professional ECG monitoring devices.
Yes, the hydrogel is hypoallergenic, non-irritating, and dermatologically tested for patient safety.
Under normal clinical conditions, the electrode can maintain stable adhesion for typically up to 48 hours.
Yes, all electrodes undergo 100% automated testing for defibrillation overload recovery to ensure immediate signal reliability.
The combination of a sintered Ag/AgCl sensor and high-conductivity hydrogel ensures low impedance and stable offset voltage.