Alginate Pads 2×2

Simpurity 2×2 alginate pads are highly absorbent wound dressings made from natural brown seaweed fibers that form a soft, protective gel upon contact with wound fluid. This action creates a moist healing environment and facilitates gentle, pain-free removal. 

• High Absorbency: The pads efficiently manage moderate to heavy wound exudate (drainage), which helps prevent maceration of the surrounding skin.
• Gel-Forming: Upon absorbing fluid, the dressing transforms into a soft, gel-like layer that conforms to the wound’s contours, maintaining the optimal moist environment needed for healing.
• Easy & Gentle Removal: The gel prevents the dressing from adhering to the wound bed, minimizing trauma and pain during dressing changes. It can also be easily removed by irrigating with a saline solution if needed.
• Strong Wet Strength: The dressing maintains its structural integrity even when saturated with exudate, allowing for removal in one piece.
• Natural Material: The dressings are made of soft calcium alginate fibers derived from brown seaweed, making them a natural, biocompatible option.
• Hemostatic Properties: The release of calcium ions from the dressing can help activate prothrombin and aid in controlling minor bleeding (hemostasis).
• Facilitates Autolytic Debridement: By maintaining a moist environment, the dressing helps the body’s natural process of breaking down and removing dead tissue (slough).
• Sterile & Individually Packed: The pads come sterile and individually packaged for safe and convenient use. 

• Promotes Faster Healing: The moist healing environment supports the body’s natural tissue regeneration processes.
• Reduces Pain: Easy and non-traumatic removal enhances patient comfort and may reduce the need for pain medication during changes.
• Reduces Risk of Maceration: High absorbency helps prevent the accumulation of excess fluid around the wound.
• Infection Control (Silver Variant): A separate product line, Simpurity Silver Alginate dressings (SNS51702), is infused with silver ions to inhibit bacterial growth and reduce the bioburden in the wound bed. This variant is effective against a broad spectrum of bacteria, including Staphylococcus aureus and Pseudomonas aeruginosa. 

• Pressure ulcers (bedsores)
• Leg ulcers (venous and diabetic)
• Diabetic foot ulcers
• Cavity or deep wounds
• Post-debridement hemostasis
• Traumatic wounds
• Surgical wounds
• First- and second-degree burns