Solosite Amorphous Hydrogel 3 Oz. Tube

What is 54449600-Each Solosite Amorphous Hydrogel 3 Oz. Tube?

Solosite Amorphous Hydrogel is a clear, water-based wound dressing designed to support moist wound healing. This 3-ounce tube formulation delivers a non-cytotoxic, amorphous gel that helps soothe irritated skin and supports the body’s natural healing process. Commonly used in clinical and home settings, it adheres gently without sticking to wounds, making dressing changes less painful. It is free of preservatives and latex, reducing the risk of allergic reactions. Manufactured under strict quality standards, this hydrogel is suitable for use on partial-thickness wounds, minor burns, and skin abrasions.

Key features

• Amorphous Form — Easily spreads and conforms to wound contours for consistent coverage.
• Non-Cytotoxic — Safe for delicate tissues, promoting healing without cellular damage.
• Maintains Moist Environment — Supports autolytic debridement and reduces scab formation.
• Water-Based Formula — Clear, non-staining, and easy to apply or remove.
• 3 Oz. Tube — Convenient size for home use or clinical supply kits.
• No Preservatives — Minimizes risk of sensitization or irritation.
• Latex-Free — Suitable for individuals with latex allergies.

Who is 54449600-Each Solosite Amorphous Hydrogel 3 Oz. Tube for?

This hydrogel is ideal for individuals managing minor skin injuries at home, including burns, scrapes, and post-laser or post-surgical care. It's also used by healthcare professionals in wound care clinics, dermatology offices, and long-term care facilities. Patients with sensitive skin or those prone to allergic reactions benefit from its preservative-free, non-irritating formula.

How does 54449600-Each Solosite Amorphous Hydrogel 3 Oz. Tube compare?

Compared to standard polypropylene dressings or gauze-based treatments, Solosite hydrogel offers superior moisture retention and pain reduction during dressing changes. Unlike some antimicrobial gels that contain iodine or silver, it focuses purely on hydration without active biocides, making it ideal for short-term, non-infected wounds. It outperforms petroleum-based ointments by not occluding the wound, allowing better gas exchange. While more expensive than basic first-aid ointments, its clinical-grade formulation justifies use in sensitive or high-visibility healing areas.