3M Microfoam Foam / Acrylic Adhesive Medical Tape, 2 Inch x 5-1/2 Yard, White

3M Microfoam Foam / Acrylic Adhesive Medical Tape, 2 Inch x 5-1/2 Yard, White

The 3M Microfoam Medical Tape is a soft, conformable surgical tape designed for securing dressings, tubing, and devices even on the most difficult-to-tape areas of the body. Made with a stretchy foam backing and a gentle acrylic adhesive, it is ideal for caregivers, nurses, and anyone who needs a reliable hold over joints, curves, and areas that move frequently.

Because the foam material stretches and flexes with the body, this white tape follows the contours of elbows, knees, shoulders, and other challenging areas without pulling or lifting at the edges. The acrylic adhesive sets quickly for a secure bond while remaining gentle enough to help minimize skin irritation, and its water-resistant properties help keep moisture out so dressings stay protected during daily activities.

This tape measures 2 inches wide by 5-1/2 yards long per roll and is available in multiple options: a single roll, a box of 6 rolls, or a case of 36 rolls—so you can order the quantity that fits your needs. Many home medical supplies like this are FSA/HSA eligible. Please select your preferred option below.

Frequently Asked Questions

Q: What is 3M Microfoam tape used for?
A: It is a conformable surgical tape used to secure dressings, tubing, and devices, and it excels at covering hard-to-tape areas like joints and curved surfaces.

Q: Is this tape gentle on the skin?
A: Yes. It uses a gentle acrylic adhesive designed to hold securely while helping to minimize skin irritation.

Q: Is the tape water-resistant?
A: Yes, it has water-resistant properties that help keep moisture out to protect the covered area.

Q: What sizes are available?
A: Each roll measures 2 inches by 5-1/2 yards, and you can choose a single roll, a box of 6, or a case of 36.

Q: Does it stretch to fit moving areas?
A: Yes. The foam backing is conformable and flexible, so it moves with the body and stays in place over joints and contours.