PTFE Lined Tubing

Composite tubing featuring PTFE inner lining for enhanced lubricity and biocompatibility. Combines structural support with smooth non-stick surface properties for reliable catheter performance.

Polytetrafluoroethylene tubing for medical applications requiring inert, non-reactive properties. Used in catheter systems and fluid delivery applications with superior chemical resistance.

Thin-walled PTFE liner tubing designed as inner components for multi-layer catheter systems and delivery devices. Provides low-friction pathways for guidewires and fluid delivery while maintaining biocompatibility standards.

Thin-wall PTFE liner tubing designed for catheter shaft construction. Engineered for low friction performance, guidewire compatibility and smooth inner lumen. Available in custom inner diameter, outer diameter and wall thickness for interventional catheter applications, with wall thickness down to 0.0127 mm.

Precision extruded polytetrafluoroethylene tubing for medical applications with tolerance control to ±0.03mm. Available in inner diameters from 0.07mm to 300mm and wall thickness from 0.01mm to 10mm. Suitable for catheter delivery systems and fluid transport applications.

Thin-walled PTFE tubing for medical catheters and delivery systems. Reduces outer diameter while maintaining structural integrity, enabling minimally invasive medical procedures and improved patient outcomes.

Precision PTFE and fluoropolymer tubing for miniaturized minimally invasive medical devices requiring reduced profile and enhanced flexibility. Biocompatible material suitable for various applications from diagnostic to interventional procedures.

Low-friction PTFE tubing designed to guide and protect medical guidewires during catheterization procedures. Chemical-inert material prevents interaction with blood and body fluids while maintaining guidewire performance.

Precision PTFE tubing engineered for vascular access devices including central venous catheters and arterial lines. Low-friction design facilitates insertion while biocompatible material ensures long-term vascular compatibility.

Precision-manufactured PTFE tubing for diagnostic catheter applications including pressure monitoring and blood sampling systems. Medical-grade material ensures accurate fluid transmission and biocompatibility during diagnostic procedures.

Low-friction tubing formulations used as inner layers in interventional delivery devices to reduce insertion resistance. Typically produced from etched PTFE materials for optimal performance.

Medical-grade PTFE tubing for drug infusion and fluid delivery catheter systems. Non-reactive material prevents medication degradation while providing excellent biocompatibility for vascular access and treatment administration.