Conductive Silicone Rubber Electrodes

Conductive Silicone Rubber Electrodes
Details:
Material Class: Vulcanized Carbon-Infused Silicone.

Impedance Profile: < 200Ω (Typical @ 1kHz).

Durability: High Elasticity Retention (Resistant to Cracking).

Interface Type: Non-Adhesive (Requires Conductive Gel or Sponge).

Application Setting: Institutional Physical Therapy / Rehab Clinics.
Send Inquiry
Download
Description
Technical Parameters
 

Carbon Rubber Electrodes Manufacturer | Reusable Silicone

 

 

Manufacturer of high-durability Conductive Silicone Rubber Electrodes for clinical settings. Our vulcanized carbon matrix ensures controlled surface resistivity and low impedance (<200Ω @ 1kHz). Designed for long-term institutional use.

 

Product Introduction

 

The Durable Standard for High-Volume Clinical Therapy.

Unlike disposable hydrogel pads designed for single-patient home use, Conductive Silicone Rubber Electrodes are engineered as permanent equipment accessories for high-throughput institutional settings.

TOP-RANK Carbon Rubber Electrodes prioritize longevity and stable conductivity. Manufactured through a precise Vulcanization Control Process, these reusable interfaces withstand the rigors of daily sterilization and repeated flexing, offering a predictable lifecycle cost for busy rehabilitation departments.

 

Material Engineering: The Carbon Matrix

 

1. Homogeneous Conductive Network Consistency is the primary safety metric for non-adhesive electrodes.

  • Process: We utilize controlled mixing to ensure uniform carbon particle distribution within the silicone rubber matrix.
  • Benefit: This results in controlled surface resistivity, significantly reducing the risk of localized high-current density ("hot spots") during stimulation.

2. Vulcanization & Cross-Link Density Durability is defined by the curing process.

  • Engineering: Our optimized curing temperature and cross-link density ensure the rubber maintains its structural integrity.
  • Performance: The electrode exhibits superior compression recovery and resistance to cracking, even after hundreds of flex cycles or autoclave sterilization.

3. Low Impedance Architecture

  • Spec: Designed to maintain a typical impedance range below 200Ω (tested at 1kHz).
  • Result: Ensures efficient energy transfer from the generator to the patient, minimizing power loss at the interface.

 

Clinical Application Scenarios

 

1. Interferential Current (IFC) Therapy

  • Setup: Ideal for Quadripolar Setups requiring large-area current distribution.
  • Interface: Compatible with standard Cellulose Sponge pockets (wet interface) to ensure uniform hydration and stable contact impedance.

2. Direct TENS/EMS Application

  • Setup: Used with straps for somatic stimulation.
  • Interface: Requires the application of a Conductive Transmission Gel. (Note: This product does not contain self-adhesive hydrogel).

 

Standard Configurations

 

We offer industry-standard molds compatible with most clinical electrotherapy devices.

Geometry Options:

  • Square: 50x50mm (Standard Clinical Unit).
  • Rectangle: 60x90mm (Large Muscle Groups).
  • Round: 60mm / 70mm / 80mm Diameter.

Connector Compatibility:

  • 2.0mm Pin: Universal pigtail wire.
  • Molded Socket: Flush entry for 2.0mm male pins.
  • Snap Adapter: Compatible with Industry-Standard 3.5mm / 3.9mm Snap Leads.

 

Institutional Procurement Inquiry

 

Request Technical Validation

Secure a reliable supply of clinical-grade durable electrodes. Contact us for the Material Specification Sheet and bulk supply pricing for institutions.

Request Samples & Impedance Data

 

Hot Tags: conductive silicone rubber electrodes, China conductive silicone rubber electrodes manufacturers, suppliers, factory

Send Inquiry