- Condition: Factory New
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Learn more:
- MFR: Attwill Medical Solutions Sterilflow LP Ships from MFI Medical
- MPN: HG01410
Frequently asked questions
Does it effectively prevent bacterial growth?
Yes, the HaloGUARD disc is formulated with Chlorhexidine Gluconate (CHG). This active ingredient is specifically designed to inhibit bacterial growth, featuring improved release kinetics to provide a sustained antimicrobial barrier at the site.
Is the material gentle on sensitive skin?
Absolutely. It is constructed from a specialized medical-grade hydrophilic polyurethane foam that is intentionally less rigid than standard dressings. This design significantly reduces skin abrasion and friction, promoting a more comfortable healing environment.
Does it help prevent catheter kinking?
Yes, the disc features a specialized edge profile engineered to minimize the risk of catheter kinking. By maintaining the integrity of the catheter line, it ensures both patient comfort and site stability.
Is this disc highly absorbent?
Yes, the hydrophilic polyurethane foam provides superior fluid absorption. It is built for high-performance IV site maintenance, exceeding the performance of many standard competitive dressings currently on the market.
Is this product sterile for clinical use?
Yes, all HaloGUARD discs are provided sterile and are designed specifically for clinical IV site maintenance and catheter care.
How does the film affect durability?
The exterior of the disc is finished with a durable, printed polyether polyurethane film. This outer layer provides necessary protection while working in tandem with the foam core to keep the site secure.
Does it require a specific securing method?
This version of the HaloGUARD disc is supplied without an integrated securing method. It is designed to be part of your existing dressing protocol, offering flexibility in how the clinician chooses to stabilize the catheter line.
Is it suitable for long-term site maintenance?
The disc is engineered for high-performance, sustained antimicrobial protection and fluid management. Its low-rigidity architecture is specifically chosen to support improved site healing over the duration of the care period.
Is the design optimized for standard catheters?
Yes, it features a precise 4 mm hole diameter, which is optimized to fit securely around standard catheters to prevent movement and site contamination.
What is the primary benefit of the foam structure?
The primary benefit is dual-action performance: 1. Absorption: High-capacity fluid management. 2. Comfort: A flexible, low-friction surface that prevents skin irritation and supports patient comfort during recovery.