Comprifoam Foam Bandage, 10 Cm X 2-1/2 Cm

What is BI7529400-Each Comprifoam Foam Bandage, 10 Cm X 2-1/2 Cm?

The BI7529400-Each Comprifoam Foam Bandage is a sterile, medical-grade wound dressing designed for effective, low-irritation wound care. Measuring 10 cm x 2-1/2 cm with a thickness of 2/5 cm, this white foam bandage is made from 100% polyurethane, offering a soft, absorbent layer that protects fragile or compromised skin. It's commonly used in diabetic foot care due to its gentle, non-adherent surface that minimizes trauma during dressing changes. Each unit is individually packaged to maintain sterility and ensure safe application.

Key features

• Sterile — individually packaged to prevent contamination during wound application.
• Latex-free — safe for individuals with latex allergies or sensitive skin.
• 100% polyurethane — provides cushioning and moisture management for wound sites.
• Non-adherent — won't stick to wounds, reducing pain during removal.
• Convenient size — 10 cm x 2-1/2 cm ideal for small ulcers, blisters, or pressure points.
• Moisture-resistant backing — helps maintain a clean, dry healing environment.
• Thin profile — easy to wear under socks or footwear without bulk.

Who is BI7529400-Each Comprifoam Foam Bandage, 10 Cm X 2-1/2 Cm for?

This foam bandage is ideal for individuals managing diabetic foot ulcers, pressure sores, or fragile skin conditions. It's also suitable for caregivers and medical professionals seeking a reliable, hypoallergenic dressing for sensitive patients. Due to its latex-free and non-irritating design, it’s well-suited for long-term wound care routines and those with compromised skin integrity.

How does BI7529400-Each Comprifoam Foam Bandage, 10 Cm X 2-1/2 Cm compare?

Compared to standard gauze or adhesive bandages, Comprifoam offers superior moisture control and cushioning without sticking to the wound. It outperforms basic polypropylene dressings in absorption and comfort, especially for diabetic or elderly patients. While more expensive than cotton pads, its durability and reduced need for frequent changes make it cost-effective for chronic wound management.