Pliable catheter with a firm tip eases insertion. Features large, smooth eyes for maximum comfort and drainage and symmetrical balloon for added reliability. Clear silicone color makes it easy for visualization of clots, mucus and urine flow through the catheter. Silicone material is completely latex free and causes less tissue irritation and encrustation during extended periods of indwelling use. Blue radio opaque strip makes the catheter easily visible during scans. 2-way Foley; sterile Available with 10 ml or 30 ml balloon in 12,14, 16, 18 20, 22 and 24 Fr sizes; and also available with 1.5 ml or 3 ml balloon in 6, 8 and 10 Fr sizes.
The Medline 100% Silicone Foley Catheter (16FR, 10 mL balloon) is a high-quality, two-way urinary catheter designed for safe, comfortable, and dependable bladder drainage. Made entirely from medical-grade silicone, it provides excellent biocompatibility, reducing the risk of irritation, encrustation, and allergic reactions associated with latex materials.
The transparent construction allows clear visibility of urine flow, while the smooth, rounded tip ensures easy insertion and patient comfort. Its 10 mL balloon offers secure placement within the bladder, minimizing leakage and displacement. Ideal for both short- and long-term catheterization, the silicone design maintains flexibility and performance over extended use.
Key Features & Benefits:
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100% silicone: Biocompatible and latex-free to minimize irritation and allergic reactions.
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2-way design: Includes a drainage channel and 10 mL balloon port for retention.
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Soft and flexible: Provides comfort for long-term or sensitive patients.
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Transparent tube: Allows visibility of urine flow and detection of blockages.
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Non-reactive material: Reduces the risk of encrustation or infection.
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Rounded, smooth tip: Ensures gentle insertion and removal.
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Sterile & single-use: Packaged for safety and clinical reliability.
Applications:
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Long-term or short-term urinary catheterization.
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Suitable for patients with latex sensitivity.
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Use in hospitals, clinics, and home-care environments.
