using its proprietary NanoKARE composite technology. The formula is designed to support faster wound healing, calm inflammation, and provide broad antimicrobial and biofilm protection within a safe, biocompatible gel.
NanoSALV Catalytic works with the body’s natural repair processes and is suitable for a wide variety of wounds and skin concerns. It helps create an optimal healing environment that supports skin recovery and regeneration.
Uses
Key Features
-
Supports healing at all stages
-
Helps reduce inflammation and irritation
-
Offers broad-spectrum antimicrobial protection
-
Maintains balanced moisture levels
Benefits
NanoSALV Catalytic helps promote natural healing by forming a protective, balanced barrier over the wound. Its NanoKARE technology contains copper, which supports angiogenesis and re-epithelialization—two critical processes for tissue repair. Copper also provides anti-inflammatory benefits that help soothe and protect the skin.
Laboratory studies show that NanoSALV Catalytic is effective against a wide range of microorganisms, including bacteria, fungi, yeasts, viruses, and antibiotic-resistant strains. It also helps prevent biofilm development, keeping the wound environment clean and supportive of healing.
The gel actively manages moisture by absorbing excess fluid or releasing moisture when needed. It is effective on both dry and exuding wounds and can be used with standard dressings such as bandages, gauze, or contact casts.
Directions for Use
Apply a thin layer of NanoSALV Catalytic directly to the affected area. A pea-sized amount is sufficient for a 10 × 10 cm area; use less for smaller wounds. The gel must remain in direct contact with the wound or skin condition to work effectively.
Reapplication frequency depends on wound type and severity. For optimal results, follow healthcare professional guidance or standard wound care protocols.
NanoSALV Catalytic helps support confident wound care by reducing infection risk, promoting faster healing, and maintaining the proper moisture balance for recovery.
