Ceeport Calcium Alginate Wound Dressing Pads 4x4 – 10 Count Pack | High Absorbency & Non-Stick

Overview

The Ceeport Calcium Alginate Wound Dressing Pads combine natural seaweed with calcium ions to create a highly compatible wound care option. This 4" x 4" dressing is designed to absorb sheen and exudate efficiently, with reported capacity to absorb 10–20 times its weight. By extending wear time, it may help reduce the frequency of dressing changes and simplify routine wound management.

Key benefits

• High absorption: The alginate material rapidly soaks up fluid, helping manage exudate effectively.
• Hydrophilic gel formation: Upon contact with wound liquids, a gel layer forms to help maintain a moist environment around the wound.
• Comfortable removal: The dressings are soft and conform to body contours, with a non-stick surface that supports painless changes.
• Versatile sizing and use: Tailor the 4" x 4" pad to suit a range of wound shapes and exudation levels.
• Individually packaged: Each patch is sterile and ready to use, helping preserve cleanliness and readiness on hand.

Usage scenarios and suitability

These pads are described as suitable for a wide spectrum of wound types where moderate to heavy exudate is present, including postoperative and traumatic wounds as well as certain long-term conditions. The flexible 4" x 4" size makes it convenient to adapt to wound contours, and the sterile packaging supports clean application in various care settings.

How to use

• Cut the dressing to fit the wound size if needed, then apply with the gel side in contact with the wound.
• Secure with a secondary cover dressing as required for the setting and comfort.
• Change the dressing according to exudate levels and clinical judgment.
• Dispose of used dressings in accordance with local guidelines and store unused patches in their original packaging.

Packaging and freshness

The product is available as a 10-count pack, with each 4" x 4" dressing individually sealed to help maintain sterility until use. All dressings are produced under aseptic conditions to minimize external contamination.