Cardinal Health Foley Catheter Dover 2-Way 30 cc Balloon 12 Fr. Silicone Coated Latex, 10 EA/BX

Foley Catheter Dover 2-Way 30 cc Balloon 12 Fr. Silicone Coated Latex, 10 EA/BX

This Foley catheter is a Dover 2-way urinary catheter with a 30 cc balloon. It fits buyers looking for a sterile catheter option in a 12 Fr size for professional care settings. Key specifications for this SKU include silicone coated latex construction, a standard tip, and a 16 inch length.

Good Fit For

• Professional care settings purchasing urinary catheters
• Orders that specify a 12 Fr 2-way Foley catheter
• Workflows needing a sterile catheter with a 30 cc balloon

Key Features

• 2-way Foley catheter format for urinary catheter applications
• 12 Fr size helps buyers match the catheter to ordered specifications
• 30 cc balloon for this specific catheter configuration
• Silicone coated latex construction
• Sterile product supports clinical workflow and handling needs
• 16 inch length with a standard tip

Applications and Usage

• Stocking a facility formulary with a 12 Fr 2-way Foley catheter
• Purchasing a sterile urinary catheter in silicone coated latex
• Selecting a catheter with a 30 cc balloon and standard tip

Packaging and Handling

• Packaging: CT.
• Size: 16 Inch.
• Material: Latex.
• Sterility: Sterile.
• Check the required French size before ordering, as this SKU is 12 Fr.
• Confirm the balloon specification matches your order requirements, since this catheter uses a 30 cc balloon.
• Material selection matters for purchasing decisions, as this SKU uses latex with a silicone coating.
• Verify the needed catheter length, because this item is 16 inch.

FAQ

• What type of catheter is this? This product is a 2-way Foley catheter.
• What French size is this catheter? This catheter is 12 Fr.
• What balloon size does this catheter use? This SKU has a 30 cc balloon.
• What material is used? The catheter is made of silicone coated latex.
• Is this catheter sterile? Yes. This Foley catheter is sterile.

From Dover by Cardinal Health.