Foley Catheters

Restore Daily Security and Peace of Mind with Quality Foley Catheters

Managing continuous urinary drainage should never mean dealing with uncomfortable friction, unexpected leaks, or ongoing skin irritation. High-grade Foley catheters deliver reliable, long-term urinary management designed to protect sensitive bladder tissues and keep you feeling dry and secure all day and night.

Engineered for Gentle Placement and Reliable Continuous Flow

Modern indwelling Foley catheters feature smooth retention balloons, bio-compatible materials, and precision drainage eyes to ensure maximum patient comfort and consistent fluid evacuation.

• Smooth Insertion and Reduced Irritation: Smooth, flexible silicone-coated latex and 100% silicone constructions minimize tissue trauma during placement and reduce encrustation build-up over extended use.
• Secure Retention Balloon: Durable, easy-to-inflate retention balloons hold the catheter comfortably and securely inside the bladder to prevent accidental displacement.
• Dual and Triple Lumen Versatility: Available in standard two-way models for continuous drainage or three-way configurations designed for therapeutic bladder irrigation.

Shop our full collection of Foley catheters and insertion supplies from trusted medical brands like Cardinal Health today to enjoy fast, discreet home delivery.

What is a Foley catheter and how does it work?

A Foley catheter is a flexible, indwelling tube inserted through the urethra into the bladder to continuously drain urine. It is held in place by a small balloon inflated with sterile water inside the bladder neck and connects to a drainage bag.

How often should a Foley catheter be changed?

Foley catheters are typically changed every 30 days or as directed by a healthcare professional. Regular maintenance, proper hygiene, and maintaining a closed drainage system help prevent catheter-associated urinary tract infections (CAUTIs).

What is the benefit of a silicone-coated latex Foley catheter?

Silicone coatings provide a smooth, lubricious outer surface over flexible latex, reducing friction and tissue irritation upon insertion while resisting mineral build-up during long-term placement.