Biatain Ag Non-Adhesive Foam Dressing, Square is a state-of-the-art wound care solution designed to offer superior exudate management and create optimal conditions for healing wounds at risk of infection. This advanced dressing integrates hydro-activated silver into its structure, providing an effective antibacterial barrier and ensuring a continuous release of silver ions for up to seven days. The unique 3D foam technology conforms closely to the wound bed, even under compression, allowing for efficient absorption and maintaining a high level of patient comfort with its soft and non-adherent material.
Features
- Suitable for use under compression therapy
- Persistent silver release for up to seven days for sustained antimicrobial efficacy
- Antibacterial action against a wide spectrum of bacteria
- Dynamic silver ion release dependent on exudate levels
- Gentle on skin, ideal for wounds with fragile or injured surrounding skin
Benefits
- Ensures a moist wound healing environment
- Minimizes the risk of infection and promotes faster healing
- Provides high patient comfort with its soft and conformable foam
- Beveled edges reduce the risk of pressure marks and irritation
Intended Use
The Biatain Ag Non-Adhesive Foam Dressing is indicated for an array of wounds including leg ulcers, pressure sores, second-degree burns, donor sites, postoperative wounds, skin abrasions, and diabetic foot ulcers. Its patented silver complex and extended antimicrobial effect make it an ideal choice for managing wounds with delayed healing due to bacteria or those at risk of infection.
Safety Information
Designed for single-use, the Biatain Ag Non-Adhesive Foam Dressing must be used following medical advice. It's not indicated for individuals with a silver sensitivity or for use on children, pregnant or lactating women without healthcare professional consultation.
Mode of Action & Composition
A soft, absorbent polyurethane foam with a patented silver complex characterizes the dressing, providing a homogenous distribution of silver ions and continuous antimicrobial effect throughout the wear time.
