Foley Catheter 100% Silicone Latex
Foley Catheter 100% Silicone Latex
Foley Catheter 100% Silicone Latex – FG10 – FG 22
Foley Balloon Catheter 2 Way : Made up of latex bonded with silicone elastomer which eliminates the risk of encrustation .Coned distal end provided with burr free eyes for a traumatic intubation Hard valve ensures easy inflation and deflation of balloon.
Foley Catheter Yellow – Silicone coated, Latex, Short term use
Features & Specifications :
Made up of latex bonded with silicone elastomer which eliminates the risk of encrustation .
Symmetrical large capacity balloon ensuring a straight tip for proper flow and good sphincter action thus preventing bladder leakage.
Coned distal end provided with burr free eyes for a traumatic intubation Hard valve ensures easy inflation and deflation of balloon.
Color coded for instant size identification.
Sterile and individually packed.
Sizes: Fg.10 x 5ml
Fg.12 x 5ml
Fg.14 x 5ml
Fg.16 x 5ml/30ml
Fg.18 x 5ml/30ml
Fg.20 x 30ml
Balloon capacity : 30ml
Available Sizes : FG 12,14,16,18,20,22 & 24
Sale %25 Abdominal Swabs
New arrivals
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Foley Catheter 2 Way Silicone Coated Standard/Paed (Fg.12 – Fg.24 )
Foley Catheter 2-Way Silicone Coated Standard Paed.
Features:
Designed to empty the urinary bladder and/or irrigate the bladder as necessary.
All Silicone Catheter can be used for long term drainage.
Proximal End: one tapered end and one balloon port with a non-return valve and fitting for syringe
Distal End: closed round tip with two lateral eyes distal to a 5ml – 30ml Capacity Balloon
Individual Sterile Peel Pack
100% silicone.Specification:
For Adult
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Suction Catheter Respiratory Male & Female
Designed for short term bladder catheterization.
Nelaton tube is made from medical grade thermo sensitive PVC material. Non-irritant to delicate mucous membranes of urethra.
Perfectly finished closed distal end for smooth & painless insertion.
Provided with two side eyes for efficient drainage.
Provided with funnel shaped color-coded connector at the proximal end.
With X-ray opaque line made out of tested and non-toxic PVC material with smooth finish to prevent obstruction of lumen and trauma to urethra by abrasion.
Sterile, non-toxic and hydrogen free. -
Closed Suction Catheter
Closed Suction system Child type 24H is an advanced Closed Suction System.
The smart design of the Closed Suction Catheters allows the patients’ breath-mechanical ventilation and sunctioning simutaneously.
Y connector type. ET “Y” neonatal and peiatric care adaptors are available for 5,6,7,8, French sizes closed suction catheter.
Prevent cross infection. The closed suction systems are designed with protective sleeve to isolate the germs inside the patients and helo caregivers avoid cross infection.
Soft and smooth blue suction tip. This design reduces damage to mucous membranes.
Irrigation port with non-return valve which prevents back flow leakage during washing and aerosolized secretion contamination.
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Ryles Tube
RYLES NASOGASTRIC TUBES
A nasogastric tube is a narrow-bore tube passed into the stomach via the nose. It is used for short- or medium-term nutritional support, and also for aspiration of stomach contents – eg, for decompression of intestinal obstruction.
A wide-bore tube is used if drainage is needed; otherwise, a finer-bore tube is used. Fine-bore feeding tubes (gauge less than 9) cause less discomfort and less risk of rhinitis, pharyngitis or oesophageal erosion.
The use of a nasogastric tube is suitable for enteral feeding for up to six weeks. Polyurethane or silicone feeding tubes are unaffected by gastric acid and can therefore remain in the stomach for a longer period than PVC tubes, which can only be used for up to two weeks. For long-term enteral feeding, the use of percutaneous endoscopic gastrostomy (PEG) is associated with improved survival, better tolerance by the patient and lower incidence of aspiration.
FEEDING BY NASOGASTRIC TUBES
Bolus: by gravity – very simple, requiring minimal equipment but increases the risk of gastrointestinal symptoms.
Intermittently: by gravity or pump – gives time free of feeding but increases the risk of gastrointestinal symptoms.
Continuously: by pump system – reduces the rate of gastrointestinal symptoms but the patient is connected to the system most of the time and this may limit mobility.
Semi-recumbent positioning of the patient reduces the risk of airway aspiration.
Contamination of feeds can be minimised by minimal, meticulous handling and the use of closed rather than open systems.
