What are the properties of medical PEBAX heat shrink tubing?

The high elasticity, high wear resistance, biocompatibility, and radiation sterilization of medical PEBAX heat shrink tubing. Main features: Small (inner diameter before heat shrinkage: 0.36mm), thin (wall thickness after heat shrinkage: 0.05mm) The heat shrink ratio is 2:1 or 4:1, with a wide coverage range. High elasticity, high tear strength, and high wear resistance Biocompatible, […]

Interventional medicine, medical FEP heat shrink tubing, polyolefin heat shrink tubing

Interventional medicine, medical FEP heat shrink tubing, polyolefin heat shrink tubing Introduction to heat shrink tubing A heat shrink tube is a type of tube that contracts or contracts during heating or heating. Place a non shrink tube around the wire, slide it into place after connection, and then shrink it tightly around the connector […]

Application of Tearable Catheters in Angiographic and Guidance Catheters in Interventional Surgery

The use of commonly used contrast catheters and guidance catheters in interventional surgery The use of commonly used contrast catheters and guidance catheters in interventional surgery The use of commonly used contrast catheters and guidance catheters in interventional surgery of PTFE peelable tubing sheathsAs early as 1929, a 25-year-old German doctor, Werner Forssmann, made a […]

Top 10 Medical Endoscopy Enterprises in China

Medical endoscopes are one of the important tools for humans to observe and treat internal organs. Over the course of over 200 years of development, endoscopes have undergone four major structural improvements, from the initial rigid tube endoscopes (1806-1932), semi curved endoscopes (1932-1957) to fiber endoscopes (after 1957), and now electronic endoscopes (after 1983). The […]

Ptfe peelable tube fep tearing tubing and tearing sheath

Sheath is the most commonly used tool in the hands of doctors. A dilation and Ptfe peelable tube, in simple coordination, complete the establishment of the first gate of vascular pathway. Subsequently, various catheters and instruments are delivered to the affected area through sheaths left in the blood vessels. In the transportation of certain special […]

Medical grade FEP heat shrink tubing in multi-layer catheters such as fusion spliced PU, PEBAX, and PA

The full name of FEP is Fluorinated ethylene replica, which is the best choice for various types of conduit welding due to the inherent temperature resistance, smoothness, and low shrinkage temperature of the material. The general guide tube is usually composed of a three-layer structure, namely the inner layer is PTFE (Teflon) inner layer, the […]

PTFE heat shrink tubing Production process flow

PTFE heat shrink tubing is manufactured using polytetrafluoroethylene (PTFE) material and is utilized in multiple industries, such as aerospace, medical, and electronics, owing to its remarkable attributes that include high-temperature resistance, chemical resistance, and electrical insulation. The production process of PTFE heat shrink tubing encompasses a sequence of steps, which are discussed below. Step 1: […]

Guide of FEP extruder and FEP shrink tubing manufacturer

The general FEP heat shrink tube manufacturer molding process consists of roughly two parts: base fep tube manufacturing and blow molding. FEP shrink tubing forming process Preparation of the base tube – blowing and shaping (expansion process) I. Fep extruder Preparation of base tube The forming process of the base tube used for FEP heat […]

Extrusion process -Teflon manufacturing process -Catheter manufacturing Process

Extrusion Process: Extrusion is a manufacturing process that involves forcing a material through a die to create a specific shape or profile. The process is commonly used to produce plastic products, but it can also be used with metals, ceramics, and other materials. The extrusion process involves heating the material to a specific temperature and […]

How working pressure vs burst pressure for polyimide tubing ?

Custom extruders running high stretch ratios during the manufacture of polymeric medical microtubes can also result in significant orientation and residual stress/strain in the finished polyimide tubing . This orientation can significantly increase tensile strength and reduce tube elongation in the machine direction. It also reduces tube working pressure vs burst pressuredue to loss of […]