Therabond® 3D Antimicrobial Systems with Silvertrak™ Technology

Therabond® 3D Antimicrobial Systems with Silvertrak™ Technology are 3D contact dressings for post-operative use. Therabond® 3D Antimicrobial Systems feature Silvertrak™ Technology which ensure patient comfort and hygiene, along with a guaranteed 99.99% elimination rate of any pathogens.

Features:

• Silvertrak™ Technology: ensures patient comfort and barrier protection from bacterial penetration
• Made from soft, breathable fabric
• Begins killing pathogens on contact
• Guaranteed to eliminate MRSA and VRE
• Easy to apply
• Non-staining

Therabond® 3D Antimicrobial Systems with Silvertrak™ Technology are 3D contact dressings intended for use in post-operative situations. Each package of Therabond® 3D Antimicrobial Systems contains a roll of 3D contact dressing woven using silver-plated nylon three-dimensional fabric. Therabond® 3D Antimicrobial Systems are an excellent solution for post-operative needs, as Therabond® 3D Antimicrobial Systems  are designed to be able to provide barrier protection from bacterial penetration and infection for up to 14 days. Another benefit of using Therabond® 3D Antimicrobial Systems is in how the dressing is able to achieve up to a 99.99% reduction in pathogens within 15 minutes, with the reduction beginning upon contact. The Therabond® 3D Antimicrobial Systems  are certified to be able to eliminate a broad range of pathogens, including but not limited to MRSA  and VRE.

Aside from being rated for effectiveness in eliminating pathogens, the Therabond® 3D Antimicrobial Systems are also a great aid in giving patients a more comfortable experience, as well as making the lives of nurses and physicians easier. Therabond® 3D Antimicrobial Systems are easy-to-apply, non-staining, and require fewer dressing changes than other products. Therabond® 3D Antimicrobial Systems  also ensure patient comfort as the dressing is soft, durable, and provides patients with gentle compression. The material that Therabond® 3D Antimicrobial Systems are made from is also breathable and designed to minimize friction.