McKesson Foley Catheter 2-Way Coude Tip 5 cc Balloon 24 Fr. Latex, 1/EA

Foley Catheter 2-Way Coude Tip 5 cc Balloon 24 Fr. Latex, 1/EA

This Foley catheter is a 2-way coude tip catheter with a 5 cc balloon and latex construction. It fits buyers who need a catheter option aimed at easier urethral insertion and strong drainage performance in professional care settings. Key details include a 16 inch length, hydrophilic coating, and large oval eyes to support drainage.

Good Fit For

• Professional care settings selecting a coude tip Foley catheter
• Workflows where easier insertion is a priority
• Use where maximum drainage is important

Key Features

• 2-way coude tip configuration for catheterization needs that call for this tip style
• Hydrophilic coating helps urethral insertion and helps reduce irritation
• Smooth beveled symmetrical eyes help minimize tissue damage during use
• Large oval eyes aid in maximum drainage
• Firm catheter tip helps improve ease of insertion
• 5 cc balloon is shaped to provide a tight seal at the neck of the urethra

Applications and Usage

• Urinary catheterization requiring a 2-way coude tip design
• Care settings that prefer a hydrophilic-coated catheter for insertion support
• Applications where large drainage eyes are preferred

Packaging and Handling

• Packaging: EA.
• Size: 16 inches.
• Material: Latex.
• Contains natural rubber latex
• This is a 24 Fr. catheter with a 16 inch length
• Buyers should confirm that a 5 cc balloon matches their protocol or preference

FAQ

• Does this Foley catheter have a coude tip? Yes. This is a 2-way Foley catheter with a coude tip.
• What balloon size does this catheter use? This catheter has a 5 cc balloon.
• What material is this catheter made from? This catheter contains natural rubber latex.
• How long is this Foley catheter? This catheter is 16 inches long.
• What details support drainage and insertion? The catheter has a hydrophilic coating to help urethral insertion, a firm tip to improve ease of insertion, and large oval eyes that aid in maximum drainage.

From McKesson.