Polymem Max Non-adhesive Dressing, 3 X 3

What is FR5035-Each Polymem Max Non-adhesive Dressing, 3 X 3?

The FR5035-Each Polymem Max Non-adhesive Dressing, 3 X 3 is a premium wound care solution designed for managing moderate to heavy exudate. Engineered with a high moisture vapor transmission rate (MVTR) film, this dressing supports longer wear times and reduces the frequency of changes. Its non-adhesive design makes it ideal for fragile or sensitive periwound skin, minimizing trauma during removal. Each 3-inch by 3-inch dressing functions as both a primary and secondary dressing, offering versatility in wound management protocols.

Key features

• High MVTR Film — Enhances fluid evaporation for better moisture control.
• Non-adhesive Design — Safe for delicate or compromised skin.
• 3 x 3 Inch Size — Fits common wound dimensions with precision.
• Extended Wear Time — Reduces dressing change frequency.
• Multi-layer Construction — Manages exudate while maintaining a moist wound environment.
• Can Be Used Alone — Functions as both primary and secondary dressing.
• Breathable Material — Supports skin health under the dressing.

Who is FR5035-Each Polymem Max Non-adhesive Dressing, 3 X 3 for?

This dressing is ideal for patients with chronic wounds such as pressure ulcers, venous leg ulcers, or surgical sites with moderate to heavy drainage. It’s especially beneficial for elderly patients or those with fragile skin where adhesives may cause damage. Clinicians and caregivers seeking reliable, low-trauma wound coverage will find this dressing effective for both short-term and long-term treatment plans.

How does FR5035-Each Polymem Max Non-adhesive Dressing, 3 X 3 compare?

Compared to standard polyurethane foam dressings, the Polymem Max offers superior fluid handling due to its high MVTR film. Unlike adhesive-based foams, it eliminates skin stripping risks, making it safer than many fixed-adhesion alternatives. While similar in size to basic gauze pads, it outperforms them in exudate management and wear duration. It serves dual roles that typically require two separate products, reducing supply clutter and cost over time.