Bardia Coude Red Rubber Urethral Catheter 12 Fr, 16

What is 57802512-Each Bardia Coude Red Rubber Urethral Catheter 12 Fr, 16?

The 57802512-Each Bardia Coude Red Rubber Urethral Catheter 12 Fr, 16 is a medical-grade urinary catheter designed for intermittent or short-term use. Constructed from natural red rubber, this catheter features a coude (curved) tip to navigate past obstructions such as urethral strictures or an enlarged prostate. With a 12 French diameter and 16-inch length, it supports reliable urinary drainage in clinical or home care settings. Sold individually, it is suitable for patients needing a durable, pliable option for consistent catheterization routines.

Key features

• Material — Made from flexible red rubber for comfort and durability.
• Coude Tip — Curved tip aids insertion in patients with urethral blockages.
• Size — 12 French (4mm) diameter, 16 inches (40.6 cm) length.
• Sterile — Individually packaged to maintain hygiene.
• Luer Lock — Standard connector for secure drainage attachment.
• Radiopaque — Visible under X-ray for correct placement verification.
• Latex-Based — Contains natural rubber latex; not suitable for latex-allergic users.

Who is 57802512-Each Bardia Coude Red Rubber Urethral Catheter 12 Fr, 16 for?

This catheter is intended for individuals managing urinary retention due to prostate enlargement, urethral strictures, or neurogenic bladder. It is especially beneficial for patients who experience difficulty with straight-tip catheters. Healthcare providers or trained caregivers may use it in post-operative or long-term care scenarios. Not recommended for those with latex sensitivity.

How does 57802512-Each Bardia Coude Red Rubber Urethral Catheter 12 Fr, 16 compare?

Compared to standard polypropylene catheters, the red rubber material offers greater flexibility and kink resistance, though it may degrade faster with repeated use. Unlike silicone or hydrophilic catheters, it requires external lubrication but is more cost-effective. The coude tip provides a distinct advantage over straight-tip models for patients with anatomical challenges, offering smoother insertion and reduced trauma.