3M Tegaderm High Integrity Alginate Dressing 4 x 4

What is 8890112-Each 3M Tegaderm High Integrity Alginate Dressing 4 x 4?

The 8890112-Each 3M Tegaderm High Integrity Alginate Dressing 4 x 4 is a sterile, single-use wound care solution designed for moderate to heavy exuding wounds. Made with high-purity calcium alginate fibers, it forms a gel upon contact with wound exudate to maintain a moist healing environment. This transparent film-backed alginate dressing supports autolytic debridement and reduces the risk of maceration, making it suitable for chronic and acute wounds in clinical or home settings.

Key features

• Sterile Packaging — Ensures contamination-free application for sensitive wounds.
• High Absorbency — Rapidly absorbs and retains exudate to support clean wound beds.
• Latex-Free — Safe for patients with latex sensitivities or allergies.
• Transparent Backing — Allows visual monitoring without dressing removal.
• Conforms to Wounds — Flexible design fits contoured body areas comfortably.
• Calcium Alginate Material — Promotes gel formation to aid natural healing processes.
• 4 x 4 Inch Size — Standard coverage for medium to large wound sites.

Who is 8890112-Each 3M Tegaderm High Integrity Alginate Dressing 4 x 4 for?

This dressing is ideal for healthcare providers and caregivers managing patients with exuding wounds such as pressure ulcers, venous leg ulcers, surgical incisions, or traumatic lacerations. It's especially beneficial in settings requiring minimal dressing disruption, including home care, long-term facilities, and outpatient clinics. Diabetic patients with slow-healing wounds may also benefit from its gentle, non-adherent surface.

How does 8890112-Each 3M Tegaderm High Integrity Alginate Dressing 4 x 4 compare?

Compared to standard gauze or foam dressings, this alginate offers superior fluid handling and reduced frequency of changes. Unlike basic alginate pads without film backing, it provides a bacterial barrier and allows wound observation. It outperforms non-transparent alternatives in clinical efficiency and patient comfort, particularly in long-term wound management scenarios where adherence and exudate control are critical.