Mepore Adhesive Absorbent Dressing 3.6 X 14

What is SC671400-Box Mepore Adhesive Absorbent Dressing 3.6 X 14?

The SC671400-Box Mepore Adhesive Absorbent Dressing 3.6 X 14 is a sterile, all-in-one surgical dressing designed for effective wound management. Featuring a low-adherent pad, it protects healing tissue while minimizing trauma during dressing changes. Its flexible design conforms comfortably to difficult or curved body areas, making it suitable for extended wear in clinical or home settings. Each unit measures 3.6 by 14 inches, offering broad coverage for linear or larger wound sites.

Key features

• Sterile Pad — Ensures infection control for surgical and open wounds.
• High Absorbency — Manages exudate effectively to support moist wound healing.
• Low-Adherent Surface — Reduces pain and tissue damage during removal.
• Conforms to Body — Flexible fit for knees, elbows, and other awkward areas.
• Breathable Adhesive — Allows skin ventilation while maintaining secure adhesion.
• Water-Resistant Backing — Protects the wound from external moisture and contaminants.
• Latex-Free — Safe for use on sensitive or allergy-prone skin.

Who is SC671400-Box Mepore Adhesive Absorbent Dressing 3.6 X 14 for?

This dressing is ideal for patients recovering from surgery, individuals managing chronic wounds, or caregivers seeking reliable, low-trauma wound coverage. It suits those with sensitive skin due to its latex-free, hypoallergenic adhesive. Medical professionals and home users alike benefit from its ease of application and consistent performance in maintaining a clean healing environment.

How does SC671400-Box Mepore Adhesive Absorbent Dressing 3.6 X 14 compare?

Compared to standard gauze and tape setups, this Mepore dressing offers a more integrated, sanitary solution with superior exudate control. It outperforms basic adhesive bandages in durability and comfort, especially on mobile or contoured areas. While more costly than simple dressings, its reduced change frequency and lower risk of skin trauma make it cost-effective for post-surgical and long-term wound care compared to multi-component alternatives.