High-Durability Medical Silicone Therapy Electrode Pads from China Suppliers and Factory for Optimal Performance
💡Product Highlights
The silicone electrode pads are available in multiple colors, structures, and sizes to meet different clinical and device requirements. Each electrode is reusable for multiple treatment cycles, making it suitable for long-term rehabilitation and physiotherapy applications.
📊Product Parameters
| Item | Specification |
|---|---|
| Product Type | With Cable / Without Cable Silicone Electrode Pads |
| Material | Medical-grade rubber / silicone composite |
| Standard Sizes | 40 × 60 mm / 90 × 120 mm / 290 × 120 mm |
| Connector | 2.0 mm / 4.0 mm socket |
The electrode features a rigid yet durable structure with a non-sticky surface, providing extended service life compared to self-adhesive electrodes. It complies with ISO 10993 biocompatibility standards, ensuring safe and reliable skin contact.
⭐Key Features
- High-durability, medical-grade silicone construction.
- Flexible and comfortable skin contact for patients.
- Stable, low-resistance design for consistent stimulation.
- Non-sticky surface with extended service life.
- Reusable and suitable for multiple therapy cycles.
- Compliant with ISO 10993 biocompatibility standards.
- Compatible with most standard therapeutic devices.
- Available in multiple colors, shapes, and sizes.
🏥Applications
- Rehabilitation therapy for muscle recovery.
- Physiotherapy treatments and pain management.
- Clinical therapeutic procedures requiring electrical stimulation.
- Long-term treatment plans for chronic conditions.
- Sports injury recovery and post-operative therapy.
❓Frequently Asked Questions
Yes, designed for multiple therapy cycles while maintaining performance.
Yes, the medical-grade silicone material is non-irritating and biocompatible.
Compatible with most therapeutic and physiotherapy devices.
Wipe with a soft cloth and mild disinfectant; avoid harsh chemicals.
40 × 60 mm, 90 × 120 mm, 290 × 120 mm; available in multiple shapes and colors.
