Cardinal Health Curity Abdominal Pads

The superior fluid management of the Cardinal Health Curity Abdominal Pads is achieved through a specialized three-layer construction designed for efficiency and containment. This design includes:

• High-Capacity Fluff Filler: The central core utilizes a dense fluff filler, specifically engineered to maximize absorption and rapid dispersal of fluid. This allows the pads to absorb significantly more fluid than ordinary abdominal pads, leading to fewer required dressing changes.
• Soft Nonwoven Exterior: An outer layer of soft nonwoven material ensures comfort while effectively wicking exudate into the highly absorbent core.
• Sealed Edges for Containment: All four edges of the pad are sealed. This critical detail serves two purposes: it prevents lint residue from shedding onto the wound site and inhibits fluid leakage around the perimeter, ensuring maximum fluid containment.

Yes, the Cardinal Health Curity Abdominal Pads are engineered with all four edges securely sealed. This feature is critical for effective wound management, providing a dual benefit:

• Prevents Contamination: The sealing prevents lint residue from shedding onto the wound site, promoting a cleaner environment.
• Controls Leakage: It contains the absorbed fluids within the high-capacity fluff filler, minimizing the risk of strike-through and external leakage.

Yes, the Cardinal Health Curity Abdominal Pads are engineered for superior fluid management and are highly suitable for applications requiring heavy exudate control.

Key applications include:

• Managing wounds with moderate to heavy drainage.
• Post-surgical wound care.
• General trauma dressing applications.

These pads utilize a specialized three-layer construction, featuring a fluff filler that absorbs significantly more fluid than ordinary ABD pads. This enhanced capacity results in fewer necessary dressing changes, improving comfort and reducing maintenance time. Additionally, all four edges are sealed to prevent fluid leakage and minimize lint residue.

Yes, Cardinal Health Curity Abdominal Pads are offered in a comprehensive range of dimensions and packaging configurations to meet diverse clinical and wound management needs, including both sterile and non-sterile options.

Available Configurations:

• Sterile: These pads are typically packaged individually (1s) and contained in trays/cases, making them suitable for sensitive wound care, trauma, and post-operative settings.
• Non-Sterile (Bulk): This option is offered in large case quantities, ideal for high-volume usage or applications where terminal sterilization is not required.

Pad Dimensions Include:

• 5” x 9”
• 7BD” x 8”
• 8” x 10”
• 12” x 10”
• 12” x 16”
• 24” x 8”

Yes, the Cardinal Health Curity Abdominal Pads are engineered for superior fluid management specifically to significantly reduce the frequency of necessary dressing changes.

This high performance is achieved through the pad’s core construction:

• High-Capacity Fluff Filler: The dense fluff filler core maximizes the absorption and rapid dispersal of substantial fluid volumes, allowing for prolonged wear time compared to ordinary ABD pads.
• Three-Layer Design: The construction includes a soft outer nonwoven layer and the high-absorbency core, working together for effective fluid management.
• Reduced Risk: All four edges are sealed to contain absorbed fluid (preventing leakage/strike-through) and eliminate linting, which helps maintain a clean wound environment.

Yes, the Cardinal Health Curity Abdominal Pads are confirmed to be manufactured in the USA. This designation applies across the various configurations, ensuring consistency in production quality.

Yes, these abdominal pads are constructed for patient comfort. The three-layer design includes a soft outer nonwoven layer that ensures gentle contact with the skin, which is ideal for post-operative care and managing heavy exudate.

Yes, these pads are specifically engineered for clinical-grade care. They are excellent for managing surgical wounds and traumatic wounds by effectively handling moderate to heavy exudate (fluid drainage).