Silicone electrodes

Product name
Medical silicone electrode patches
High elasticity long-lasting adhesion | Resistant to high temperature disinfection | 1,000 cycles

1. Product Overview
Material Composition:

Conductive Layer: Embedded Silver Fiber Conductive Network (Surface Resistance ≤5Ω/sq, per ASTM D257)

Base material: medical grade platinum vulcanized silicone (thickness 0.3-1.5mm adjustable, temperature resistance -50°C~250°C)

Interface: Gold-plated button/crocodile clip dual-mode design (mating life≥ 10,000 cycles)

Scope of application:
ECG monitoring, electrical stimulation therapy, bioelectric signal acquisition, adaptation defibrillator, TENS equipment, EEG machine, etc.

Applicable scenarios: operating rooms, ICUs, rehabilitation centers, and sports medicine laboratories

Second, the core advantages
1. Proprietary properties of silicone
Ultra-durable: resistant to autoclaving (121°C/30min, conductivity decay <3% after 500 cycles)

Extreme fit: 500% elongation + ergonomic molded surface, suitable for complex parts such as joints/chest and abdomen (contact impedance≤2kΩ)

Safe and non-toxic: ISO 10993 cytotoxicity/sensitization test for neonatal/burn patients

2. Customized service (stand-alone module)
Customized projects Options
Conductive mode: Unipolar (conventional monitoring), bipolar (precision signal acquisition), array (16-channel EMG monitoring)
Surface treatment: glossy (easy to clean), matte (anti-reflective), antibacterial coating (containing nano silver ions)
Thickness: 0.3 mm (high-sensitivity type), 0.8 mm (general-purpose type), 1.5 mm (anti-crush operating room type)
Sterilization packaging EO sterilization individual package (medical), non-sterilization batch packaging (scientific research), gamma sterilization (irradiation sensitive equipment adaptation)
3. Global Compliance Certification (Certification Icon Wall)
Medical certification: CE MDR Class IIb, FDA 510 (k), NMPAIII

Durability Certifications: ISO 18184 Antiviral Test, ASTM F2100 Liquid Barrier Level 4

Environmental certifications: RoHS 2.0, REACH SVHC 223, latex-free declaration

3. Technical parameter table
Project parameters
Surface resistivity ≤5Ω/sq (DC 100mA, four-point probe method)
Tensile Strength ≥8MPa (Elongation at Break 500%, ASTM D412)
Thermal Aging Performance: The hardness change after 150°C/168h ≤ 10 Shore A
Chemical Resistance Resistant to repeated rubbing with alcohol/iodophor/hydrogen peroxide (no cracking after 50 tests)
Service life: 500 cycles of high temperature sterilization / 3 years of natural aging (whichever comes first)