Richmar MultiStim™ Foam Electrodes
- 5 × 5 cm (2″ × 2″)
- 4 Electrodes Per Pack
Achieve reliable electrotherapy results with affordable yet high-performing Richmar MultiStim™ Foam Electrodes. Designed for use with TENS, EMS, microcurrent, and other electro-stimulation devices, these versatile electrodes offer strong adhesion, excellent conductivity, and long-lasting performance.
Economical Electrodes that do not sacrifice adhesion or performance. Gel formulation produces electrodes with maximum dry-out resistance. Optimum distribution of electrical current throughout the electrode's surface. MultiStim Stim Electrodes are available in Cloth or Foam, in a variety of shapes and sizes.
Choose from Foam or Cloth:
- Foam electrodes offer a firmer feel and better moisture resistance.
- Cloth electrodes provide added flexibility and a softer feel for sensitive skin.
Key Features:
- Foam pad with conductive gel layer—comfortable and highly conductive
- Superior gel formulation resists dry-out and extends electrode life
- Moisture-barrier backing prevents delamination and supports use with moist heat
- Optimum electrical current distribution across the entire surface
- Made in the USA for medical-grade quality and reliability
Product Details:
- Size: 5 cm x 5 cm (2" x 2"), square
- Material: Foam with self-adhesive gel backing
- Connection: Standard pin-lead compatible
- Packaging: 4 electrodes per pack, 10 packs per bag, 1 bag per case (40 electrodes total)
- Brand: Richmar MultiStim™
Ideal For:
- TENS, EMS, IFC, and microcurrent therapies
- Pain relief, muscle re-education, and physical rehab
- Professional and at-home electrotherapy treatments
Usage Tips:
- Clean and dry skin before applying
- Reapply liner and store electrodes in a cool, dry place after use
- Replace when adhesion weakens or gel begins to dry
Alternative Ordering Options:
- Foam Bag: 4 pack
- Foam Case: (10) 4 packs = 40 Electrodes
-
Cloth Bag: 4 pack
- Cloth Case: (10) 4 packs = 40 Electrodes
Great for clinics, physical therapy offices, and at-home users who need cost-effective replenishment
