

McKesson 16-SFOL518C-McKesson Silicone Foley Catheter, Coude Tip, 18 Fr., Indwelling Catheters (EA)
- 16 inches in length
- Eliminates latex allergy concerns
- Smooth eyes improve patient comfort
- Reinforced tip for optimized insertion
$12.02
Product Description
Overview of McKesson Silicone Foley CatheterThe McKesson Silicone Foley Catheter with a Coude tip is designed for optimal performance in urinary catheterization. With an 18 French size and a length of 16 inches, this catheter offers the perfect balance for effective usage while ensuring patient comfort. The silicone construction not only enhances the catheter's flexibility but also eliminates concerns related to latex allergies, making it a safe choice for individuals sensitive to latex materials.
Key Features for Enhanced ComfortEquipped with smooth eyes, this Foley catheter improves patient comfort by minimizing discomfort during insertion and removal. The reinforced Coude tip aids in optimized insertion efficacy, which is especially beneficial for patients requiring specific anatomical navigation. The symmetrical 5cc balloon ensures a secure seal at the neck of the urethra, thus enhancing the catheter's overall effectiveness.
Superior Material AdvantagesThe McKesson Foley Catheter is made from 100% silicone, providing significant advantages over traditional materials. Silicone material possesses unique non-adherent characteristics, which help reduce the risk of encrustation and calcifications, ensuring better performance over longer periods. Additionally, silicone offers excellent chemical and thermal stability along with low surface tension, making it hydrophobic and easier to handle.
Specifications and Safety FeaturesThis urinary catheter is designed with sterility in mind, as it is packaged sterile to guarantee safety during use. It features a 2-way lumens system and is color-coded red for easy identification. The product’s latex-free design further emphasizes its suitability for all patients by addressing any potential latex-related concerns, reinforcing its reliability as a medical device.