High Absorbency Calcium Alginate Dressing 10x10 For Hospital Wound Care

Alginate calcium dressing is a medical dressing with wide application and excellent performance in the field of wound care. This advanced dressing primarily uses alginate as the key raw material, which is a natural polysaccharide substance extracted from marine algae such as kelp or sargassum of brown algae.

Through special processing technology, the dressing forms a porous foam structure that is hydrophilic and can absorb secretions such as blood and tissue fluid exuded from wounds. During absorption, alginate swells and forms a gel-like substance that helps maintain a moist wound environment, adheres to the wound surface, and provides protective coverage.

• Forms protective gel when contacting exudates and blood, accelerating wound healing
• Rapid absorption of large volumes of exudates with soft, comfortable skin contact
• Non-adherent to wounds, protects nerve endings, reduces pain, and allows easy removal
• Prevents maceration of skin surrounding the wound area
• Biodegradable and environmentally friendly composition
• Soft texture allows for wound cavity filling and promotes cavity growth

Strong Hydrophilicity: Effectively absorbs wound exudates, preventing bacterial growth, odor generation, and skin maceration around the wound area.

Natural Source and Environmentally Friendly: Extracted from sustainable natural marine algae, making it an eco-friendly choice with minimal environmental impact throughout production, use, and disposal cycles.

Alginate dressings are primarily used for:

• Acute traumatic wounds including surgical incisions, abrasions, and cuts
• Burn and scald wounds
• Chronic difficult-to-heal wounds such as diabetic foot ulcers, pressure ulcers, and venous ulcers

Acute Traumatic Wounds: Ideal for surgical incisions where it provides antibacterial protection, absorbs tissue fluid, maintains local dryness, and creates optimal healing conditions.

Burn and Scald Wounds: Effectively manages large areas of skin damage by absorbing substantial exudate while providing antimicrobial protection through silver ion release (in silver-containing variants), preventing infection and promoting healing.