Argyle™ Polypropylene Suction Catheter, 8FR
- Unit: Case
- Backordered
The Argyle Polypropylene Suction Catheter from Cardinal Health is a latex-free, non-sterile suction catheter sized at 8 French, designed for use in clinical and institutional settings requiring reliable airway or oral suctioning. Constructed from polypropylene, this catheter offers consistent performance for healthcare facilities managing high-volume suction needs.
Available through REVIVE in case quantities and priced per tube, the Argyle 8FR Suction Catheter is a practical choice for procurement teams sourcing nonsurgical suction products at scale. Its latex-free construction supports use in environments with latex-sensitivity protocols.
Available through REVIVE in case quantities and priced per tube, the Argyle 8FR Suction Catheter is a practical choice for procurement teams sourcing nonsurgical suction products at scale. Its latex-free construction supports use in environments with latex-sensitivity protocols.
| Sterility | Non-Sterile |
| Brand | Argyle™ |
| Latex Content | Latex-Free |
| UNSPSC Code | 42144406 |
| UNSPSC Description | Suction catheters |
| Primary UOM | each |
| Purchasing UOM | case |
| Pricing UOM | tube |
Packaging: 12 each/tube, 10 tube/case
Description
The Argyle Polypropylene Suction Catheter from Cardinal Health is a latex-free, non-sterile suction catheter sized at 8 French, designed for use in clinical and institutional settings requiring reliable airway or oral suctioning. Constructed from polypropylene, this catheter offers consistent performance for healthcare facilities managing high-volume suction needs.
Available through REVIVE in case quantities and priced per tube, the Argyle 8FR Suction Catheter is a practical choice for procurement teams sourcing nonsurgical suction products at scale. Its latex-free construction supports use in environments with latex-sensitivity protocols.
Available through REVIVE in case quantities and priced per tube, the Argyle 8FR Suction Catheter is a practical choice for procurement teams sourcing nonsurgical suction products at scale. Its latex-free construction supports use in environments with latex-sensitivity protocols.