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Latex Foley Catheter Bardia 24Fr
Product information
$14.5
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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
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.