
1 / 6
3M™ Tegaderm™ CHG Chlorhexidine Gluconate Gel Pad, 1664R, 25 each/carton, 4cartons/case
R199
Out of Stock
Get Notified When Back in Stock
Join the waitlist for 3M™ Tegaderm™ CHG Chlorhexidine Gluconate Gel Pad, 1664R, 25 each/carton, 4cartons/case and we'll email you as soon as it's available again.
We'll send you one email when this item is back in stock.
No spam, just a single notification.
Express — as soon as 24 hours* from R199
Economy R99, 3–6 working days · free over R3 000
R45 to your res at UCT & Stellenbosch
Free collection in Cape Town, Mon–Fri 10–4
7-day returns on defective or wrong items
Secure checkout · card, EFT or 4 instalments with Payflex
* Order early, stock permitting. Express averages 2–4 working days; regional and rural areas add 1–2 days.
Categories
You might also like
All Consumables- Standalone CHG gel pad engineered for versatility and antimicrobial protection
- Tegaderm CHG is intended to reduce catheter-related bloodstream infections (CRBSIs) in patients with central venous or arterial catheters
- CHG gel pad provides immediate and continuous antimicrobial activity – reducing skin flora and preventing its re-growth – for up to 7 days
- Pre-cut slit conforms around drains, external fixator pins, implanted venous ports and a wide variety of other percutaneous devices (up to 40 FR)
- Transparent CHG gel pad allows continuous site visibility to easily assess for early signs of infection
- Adhesive border ensures gentle, yet strong adherence to skin
- Absorbs low amount of exudate* *Bench testing shows that CHG gel can absorb 8x its weight in saline and 3x its weight in blood
- Looking for port protection and securement for patients with implanted venous ports? View the Tegaderm CHG Chlorhexidine Gluconate I.V. Port Dressing, 1665R (available in EMEA)
The Tegaderm CHG Chlorhexidine Gluconate Gel Pad 1664 is an antimicrobial (CHG) gel pad designed to protect insertion sites and conform around a wide variety of percutaneous devices. This transparent CHG gel pad combines versatility with site visibility and antimicrobial protection.






