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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Suction Catheter (Finger Tip)
Made from PVC.
Colour coded for size indentification
Big side hole, with no sharp edge, effectively prevents blocking and reduces damage to mucous membranes
Its surface is smooth, it has no burr, it has no harm and stimulation to patient
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Foley balloon catheter 2 Way
The Romsons Uro Cath is a 2 Way Foley Catheter suitable for Adult patients
The 2 way foley catheter is made up of latex bonded with silicone elastomer which eliminates the risk of encrustation
The urinary catheter has a symmetrical large capacity balloon ensuring a straight tip for proper flow and good sphincter action thus preventing bladder leakage
These indwelling catheters are provided with a coned distal end with burr free eyes for atraumatic intubation
The hard valve of these urethral catheters ensures easy inflation and deflation of the balloon
These foley catheters are colour coded for instant size identification
A Foley catheter is a thin, flexible and sterile tube which is passed through the urethra into the urinary bladder. Urine drains from the bladder into a bag which is attached to one of the lumens of the catheter. The catheter is held in its place with a balloon at one end which is filled with sterile water. A drainage system thus consists of the catheter and a urine collection bag. It is an indwelling catheter (it remains in the body for a considerable amount of time).
These urinary catheters are most commonly used to assist people who cannot urinate on their own and are used to drain the bladder. These foley catheters are recommend for the patients who are suffering from Urinary incontinence (leaking urine or being unable to control when you urinate) Urinary retention (being unable to empty your bladder when you need to). These catheters are a perfect pick for the patients whose mobility is hindered due to paralysis or injury and toilet facilities cannot be used
Empty the drainage bag before it is fully filled or in every 4 to 8 hours. Do not let the drain tube touch the container the urine is draining into, when emptying the bag.
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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.
