China Henan Aile Industry CO.,LTD. Company News

Nasogastric tube:   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. Contra-indications: The nasogastric feeding route is not suitable for all patients, including those with: High risk of aspiration. Gastric stasis. Gastro-oesophageal reflux. Upper gastrointestinal stricture. Nasal injuries. Base of skull fractures. Inserting a nasogastric tube: Explain the procedure and obtain consent. Provide a signal for the patient to stop the procedure. Sit the patient in a semi-upright position with the head supported with pillows and tilted neither backwards nor forwards. Examine the nostrils for deformity or obstructions to determine the best side for insertion. Measure the tubing from the bridge of the nose to the earlobe, then to the point halfway between the lower end of the sternum and the navel. Mark the measured length with a marker or note the distance. Lubricate 2-4 inches of tube with lubricant (eg, 2% Xylocaine®). Pass the tube via either nostril, past the pharynx, into the oesophagus and then into the stomach Instruct the patient to swallow and advance the tube as the patient swallows (sipping a glass of water helps). If resistance is met, rotate the tube slowly while advancing downwards. Do not force. Stop immediately and withdraw the tube if the patient becomes distressed, starts gasping or coughing, becomes cyanosed or if the tube coils in the mouth. Advance the tube until the mark is reached. Check the tube's position (see below). Secure the tube with tape. Checking tube position: It is essential to confirm the position of the tube in the stomach by one of the following: Testing pH of aspirate: gastric placement is indicated by a pH of less than 4, but may increase to between pH 4-6 if the patient is receiving acid-inhibiting drugs. The use of blue litmus paper to check the acidity of aspirate is insufficiently sensitive to distinguish between levels of acidity. X-rays: will only confirm position at the time the X-ray is carried out. The tube may have moved by the time the patient has returned to the ward. In the absence of a positive aspirate test, where pH readings are more than 5.5, or in a patient who is unconscious or on a ventilator, an X-ray must be obtained to confirm the initial position of the nasogastric tube. The old test of introducing a small quantity of air into the stomach and checking for a bubbling sound over the epigastrium is not recommended, as it is unreliable and can give false reassurance. Securing and monitoring the tube: Nasogastric tubes should be taped securely at the nose to avoid displacement. The tube should be flushed regularly to prevent the build-up of feed and medication leading to occlusion. The position of the tube should be monitored by recording the length of the tube at the point of exit from the nostril, regularly checking the pH of the aspirate, checking the nasal fixation tapes daily and checking for signs of respiratory discomfort or regurgitation. The tube position must be checked: On initial placement. At least once daily during continuous feeds, or before the administration of feed following a break or if bolus feeding. Before the administration of drugs if the tube is not used for any other purpose. After episodes of coughing, retching or vomiting. After oropharyngeal suction. Where there is any suspicion of a change in length of the visible part of the tube. Where there is discomfort or reflux of feed into the throat. If there are any signs of respiratory distress. If the patient is transferred from one clinical area to another. Medications: Most medication is not licensed for administration through a nasogastric tube. A pharmacist should be consulted for advice as to the most appropriate preparation for administration through an enteral tube.

Soft inflated cushion Medical Grade Colored removable hook rings and designed for Infant Air Cushion Anaesthesia Face Mask   Description:   HENAN AILE INDUSTRIAL CO., LTD is a professional manufacture of Anesthesia and Respiratory medical consumables with more than 10 years. And our factory is ISO certified Group which commit itself to R&D of medical consumables, all products have been CE approved .   In detail, Anaesthesia Face mask is an indispensable tool for general anesthesia.The mask can cover the mouth and nose of the patient and is connected to the anesthesia machine through the anesthesia pipeline to provide the patient with an effective non-invasive breathing circuit.   Air Cushion Anaesthesia Mask Application Features: Colored removable hook rings for easy size identification and fixation. Soft inflated cushion for good sealing and patient comfort.                           Size of Air Cushion Anaesthesia Mask ： How does anesthesia knock you out?   The researchers found that propofol restricted the movement of a key protein — syntaxin1A — that's required at the synapses of all neurons. That lowers communication between brain neurons. This could explain why patients typically are groggy after surgery, van Swinderen said.   Two functions used in clinical practice :   1. Use a face mask for anesthesia administration. When the patient needs to be inhaled for general anesthesia, the face mask will be used to cover the patient’s mouth and nose, allowing high-concentration oxygen and anesthetics to enter the body through the patient’s breathing, so as to achieve anesthesia. The purpose of the medicine.   2.Used for oxygen supply. For example, before performing intravenous general anesthesia intubation, the mask will be used to cover the patient’s nose and mouth, allowing the patient to inhale high-flow pure oxygen, that is, pre-oxygenation, to increase the oxygen in the patient’s lung The content provides sufficient time for the implementation of general anesthesia intubation.

Description:   HENAN AILE INDUSTRIAL CO., LTD is a company for operating medical disposables, and the Oxygen Face Mask, which has star lumen tubing and has available different length, is one of our productions. In clinical medicine, Respiratory Oxygen Masks are mainly used to connect with breathing equipment to deliver oxygen to patients.   Application Features Of Respiratory Oxygen Mask:   1.The star lumen tubing can ensure oxygen flow even if the tube is kinked, different length of the tubing is available. 2.Adjustable nose clip assures comfortable fit. 3.The turn up rim ensure comfortable fit with good seal. 4.Clear, soft PVC for patient comfort and visual assessment. 5.The product can be transparent green and transparent white. 6.The standard length of tube is 2.1m,and different length is available.   How do you use an oxygen face mask?   A simple face mask fits over the nose and mouth with open side ports to allow air to enter and dilute the oxygen as well as allow the escape of carbon dioxide. The mask is attached via an elastic strap which fits behind the head and over the ears with the end of the tubing attached to an oxygen source.   How can you make your oxygen mask more comfortable?   Adding some padding and strap covers can make your mask much more comfortable to wear, especially if you use oxygen continuously or at night. Just make sure you remember to remove and clean any pads or covers your use often with warm soap and water, and replace the padding regularly as the manufacturer recommends.

There are the CE Certificate pictures of our products：                                                       

Description of Endotracheal Tube Cuffed:   HENAN AILE INDUSTRIAL CO., LTD is a company for operating medical disposables, and the Endotracheal Tube, which has star lumen tubing and tip-to-tip X-ray line allows for safe positioning control, is one of our productions.   The Nasal Endotracheal Tube is a method of inserting a special endotracheal tube into the trachea or bronchus through the mouth or nasal cavity, And it has different size to adapt to different medical needs,including 2.0mm to 10.0mm. Product composition and function:   Total size of Standard Endotracheal Tube(mm) 3.0/4.0/4.5/5.0/5.5/6.0/6.5/7.0/7.5/8.0/8.5/9.0/9.5/10.0 Murphy Eye Murphy Eye reducing the risk of occlusinon and maintaining airflow Balloon Providing even pressure to maintain good sealing,reducing pressure on the tissues of trachea Wire coil Increasing flexibility, providing effective resistance to kinking Radiopaque Allowing clear identification of the tube on radiographic images 15mm connector Reliable connection to all standard equipment Valve Ensuring continual cuff integrity   4.5mm Endotracheal Tube Cuffed Application Features : Suitable for both oral and nasal intubation. Tip-to-Tip X-ray line allows for safe positioning control. Murphy eye incorporated as an additional safety feature. Smooth bevelled and carefully moulded hooded tip to assist intubation and to provide high patient safety and comfort. High volume/low pressure cuff helps to ensure an efficient low pressure cuff seal, for intubation during long term ventilation. Intubation depth marks and pre-mounted 15 mm connector.