PTFE Medical Tubing Products

Polytetrafluoroethylene (PTFE), discovered in 1938, has become integral to medical device applications due to its unique properties. This synthetic fluoropolymer, derived primarily from fluorite, is noted for its exceptional non-stick qualities, chemical inertness, and high thermal stability. In medical applications, PTFE tubing is pivotal for its low coefficient of friction and extremely broad working temperature range, making it suitable for critical roles such as protective linings in catheters for delivery channels for medical devices and insulative sheaths in medical electronics.

PTFE medical tubing, with its origins rooted in intricate chemical transformations, begins as a fluorine gas that reacts with hydrocarbon gasses to create PTFE resin. This resin, processed through stages like compression molding and precise extrusion, results in tubing that meets the exacting standards required in medical technologies. Some types of PTFE tubing in medical applications include multi-lumen tubes for complex device pathways, medical heat shrink tubing for encapsulating other components, and ultra-thin-wall tubes for minimally invasive procedures. The key benefits of these in medical devices include its high dielectric strength, resistance to temperature extremes, and biocompatibility, which ensure it performs reliably under rigorous medical use. With its unparalleled chemical resistance, PTFE has become an ideal polymer for the chemical and analytical sciences.