This dialyzer is available in various specifications (1.2m² to 1.8m²) to meet the different clinical needs of adult and pediatric patients. Its membrane has an inner diameter of 200μm and a thickness of 35μm. The shell is made of polycarbonate material and is equipped with medical-grade silicone O-rings to ensure safe and reliable treatment processes. The product is sterilized by gamma rays, complies with CE certification and the national standard GB/T 32610, and has a 3-year shelf life, making it an ideal choice for hemodialysis centers.
Frequently Asked Questions (Q&A)
Q1: Which patients is this hemodialyzer suitable for?
A: It is suitable for patients with end-stage renal disease (ESRD), especially adult and pediatric patients with a glomerular filtration rate (GFR) below 15. It can also be used as a transitional treatment before kidney transplantation.
Q2: What are the advantages of the product in terms of biocompatibility?
A: It adopts imported polyethersulfone hollow fiber membranes from Germany, which have excellent blood compatibility. They can significantly reduce albumin loss and the risk of coagulation during treatment, and improve treatment comfort.
Q3: What specifications are available? How to choose?
A: Four membrane surface area specifications are provided: 1.2m², 1.4m², 1.6m², and 1.8m². Medical staff can choose flexibly according to the patient's weight, metabolic waste load, and clinical treatment needs.
Q4: Does it meet medical safety standards?
A: The product complies with CE certification and China's national standard GB/T 32610. Each device undergoes strict quality control and performance testing to ensure safety and effectiveness.
Q5: What are the product's sterilization method and shelf life?
A: Gamma ray sterilization is used, with no chemical residues, making it safe and reliable. The shelf life is 3 years, suitable for bulk purchase and storage by medical institutions.
Q6: Why are dialyzer housings designed to be transparent?
A: The transparent polycarbonate housing allows medical staff to observe the blood flow and filter status in real-time during treatment, detect problems promptly, and ensure treatment safety.
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