- Condition: Factory New
- Country of Origin: China
- Weight: 0.33 lb
- Wound Dressing, Waterproof 6" x 6", 10/bx
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Learn more:
- MFR: DermaRite Industries, LLC Ships from MFI Medical
- MPN: 00297E
- Phone: (800) 337-6296
Frequently asked questions
How does this dressing promote wound healing?
The DermaRite Waterproof Bordered Foam Dressing promotes effective wound healing by focusing on three critical areas: protection, moisture balance, and environment:
- Optimal Healing Environment: The highly absorbent, hydrophilic foam core maintains a crucial moist wound environment necessary for accelerated healing.
- Maceration Control: It features high wicking ability to manage excess exudate, significantly helping to decrease the risk of maceration (softening of the skin) around the wound edges.
- Protection: The waterproof, adhesive backing secures the dressing and provides a reliable barrier against external contaminants and moisture, keeping the wound site clean and safe.
- Cushioning: The dressing offers a protective layer that also provides cushioning to shield the underlying tissue from pressure or impact.
Is the adhesive border waterproof?
The dressing features a waterproof backing and an adhesive border to ensure the dressing stays in place, further protecting the wound.
How many dressings are included in a box?
Each box of DermaRite Waterproof Bordered Foam Dressings includes 10 dressings.
Can this dressing be used on awkward-to-dress areas?
Yes, the DermaRite Waterproof Bordered Foam Dressing is designed to conform easily to awkward-to-dress areas.
What is the size of the DermaRite Waterproof Bordered Foam Dressing?
The DermaRite Waterproof Bordered Foam Dressing is available in a 6” x 6” size.
What materials is this foam dressing made of?
The DermaRite Waterproof Bordered Foam Dressing, an island dressing, is composed of two key materials designed for optimal wound care:
- Core Material: A highly absorbent, primary hydrophilic foam layer. This material effectively manages exudate while maintaining a moist wound environment essential for healing and uses high wicking ability to decrease maceration.
- Backing: A waterproof, adhesive backing. This secures the dressing and acts as a barrier, protecting the wound from external moisture and contaminants.
What is the primary function of this dressing?
The primary function of the DermaRite Waterproof Bordered Foam Dressing is to absorb wound exudate and maintain a moist wound environment to promote healing, while protecting the wound from external contamination.
How does this advanced foam dressing improve healing?
The DermaRite Waterproof Bordered Foam Dressing is engineered to optimize wound healing through several key features:
- Waterproof Barrier: The adhesive backing provides a secure, waterproof seal, protecting the wound from external contaminants and moisture.
- Optimal Environment: The highly absorbent, hydrophilic foam core maintains the essential moist wound environment necessary for cellular proliferation and rapid healing.
- Maceration Reduction: The foam layer features high wicking capabilities, which actively draw away excess fluid to decrease the risk of maceration (skin softening/breakdown) around the wound edges.
- Conformability and Protection: This island dressing conforms easily to awkward or irregular body contours, providing comprehensive coverage while cushioning the wound area against external pressure or impact.
How does the dressing help prevent maceration?
The dressing’s hydrophilic foam wicks away moisture, reducing the risk of maceration around the wound edges.
What defines the island dressing design?
The term “island dressing” refers to the specific construction where the absorbent core is surrounded by an adhesive border. For this product, it includes:<ul><li>A highly absorbent, hydrophilic foam core that acts as the primary absorption and cushioning layer.</li><li>A waterproof, adhesive backing that surrounds the foam core, securing the dressing to the skin and creating a protective barrier against external contaminants.</ul>This design ensures maximum absorption in the center while maintaining a secure, protective seal around the wound.