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Latex Foley Catheter Bardia 24Fr
Product information
$14.5
Reviews
Description
Foley Catheter Bardia® 2-Way Standard Tip 5 cc Balloon 24 Fr. Silicone Coated Latex
Designed as a Foley catheter, size 24FR, with a 5cc balloon for bladder retention. Packaged conveniently in cases of 12 units by Bard Medical. Individually wrapped for sterility, made of latex for flexibility and comfort.
70.5
Requires Prescription
Additional details
- Manufacturer #: 147894
- Brand: Bardia®
- Manufacturer: Bard
- Application: Foley Catheter
- French Size: 24 Fr.
- HCPCS: A4338
- Material: Silicone Coated Latex
- Securing Method: 5 cc Balloon
- Sterility: Sterile
- Style: 2-Way
- Tip Type: Standard Tip
- UNSPSC Code: 42142702
- Latex Free Indicator: Contains Latex
- Bardia Latex Foley Catheter 24Fr Silicone Coated 5cc Bard 123524A- 1 Each.
- 24 French Foley Catheter with 5cc Balloon.
- Silicone Coated Latex Catheter.
- Non-Lubricated catheters may require lubricating jelly for insertion.
- Features a standard tip and 2 opposing eyes.
- This is a Two-way Foley Catheter that is inserted into the bladder to drain out urine.
- It is Called 2-Way because this catheter has 2 connectors at the Urethra End- One Connector works as a drainage port and helps in draining urine, this connector end is always attached to a Leg Bag or Drainage bag.
- The Other connector is only a balloon inflation valve that is used to inflate the retention balloon so that the catheter does not fall out of the bladder.
- The Other end of the catheter goes inside the Bladder and has 2 Opposing Drainage Eyes and a 3mL Retention balloon.
- Once Inflated, Retention balloon prevents the catheter from falling out of the bladder.
- Silicone-Elastomer coating prevents Urethral Irritation.
- Contains Natural Rubber Latex- May Cause Allergic Reactions.
The Bard Bardia 2-Way Silicone-Elastomer Coated Foley Catheter is engineered with a hydrophobic material to repel moisture. These firm latex catheters are layered with Silicone Elastomer to minimize urethral irritation and enhance rigidity while maintaining flexibility.
