FluoroSLIX® Fluoropolymer Medical Tubing
FluoroSLIX® is the softest extruded thermoplastic medical tubing product on the market. Compared to urethane and Pebax®, FluoroSLIX® fluoropolymer tubing can withstand higher temperatures (550°F), providing greater stretching flexibility. Since FluoroSLIX® can withstand hotter conditions, it is ideal for catheters that require high insulation properties.
Order stock FluoroSLIX® Fluoropolymer medical tubing directly from our Stock Tubing store or call us at 831-420-1104 to discuss your project’s requirements and learn why DUKE Empirical is the medical device industry’s trusted supplier of medical-grade FluoroSLIX® tubing!
Order stock FluoroSLIX® Fluoropolymer medical tubing directly from our Stock Tubing store or call us at 831-420-1104 to discuss your project’s requirements and learn why DUKE Empirical is the medical device industry’s trusted supplier of medical-grade FluoroSLIX® tubing!
FluoroSLIX® Versatile Polyimide Material for Medical Applications
DUKE Empirical provides exclusive design, engineering, and manufacturing services for medical-grade FluoroSLIX® fluoropolymer materials. Our custom empirical engineering team provides recommendations for the optimized design of your medical tubing products where the empirical and post-extrusion processes are considered. Direct FluoroSLIX® extruded fluoropolymer tubing applications include:- Multi-layer lined catheters
- Fluid transfer tubing
- Furcation tubing
- Liquid and oxide sterilization
In-House FluoroSLIX® Design, Engineering & Production Services
Our expert engineers and FluoroSLIX® medical tubing design specialists understand the advantages and limitations of working with FluoroSLIX® in comparison with other fluoropolymer thermoplastic system options. We provide our recommendations according to your performance and other specific requirements. Our team has experience blending and alloying FluoroSLIX® with different materials to create customized formulations for medical tubing products engineered, tested, and proven to meet all the defined requirements.Custom FluoroSLIX® Fluoropolymer Medical Tubing Advantages
FluoroSLIX® extruded thermoplastic materials are ideal for applications or devices that require strong wear resistance, excellent lubricity, precision tolerance control, and high chemical and thermal resistance. Because fluoropolymers are so stable and resistant to solvents, acids, and bases, they provide biocompatible barriers for various medical devices and pharmaceutical equipment. Additional FluoroSLIX® advantages include:- Soft material with the lowest friction
- Higher softness than Pebax®
- Able to stretch more than urethane and Pebax®
- Can withstand higher temps (550 degrees) and weather conditions
- Able to use liquid sterilization
- Range of sizes
Contact DUKE Empirical for FluoroSLIX® Extruded Medical Tubing for Catheters Today
Contact us for more information regarding custom medical-grade FluoroSLIX® tubing products, or request a quote for further pricing details today. DUKE Empirical is your premier supplier of custom FluoroSLIX® extruded fluoropolymer tubing for medical applications.Need your products quick? DUKE Empirical has you covered with our ultra-fast shipping times. Our stock tubing products ship within 24 hours of purchase, and braided standard tubing ships within 48 hours of order placement! At DUKE Empirical, we make purchasing medical-grade tubing easy with short lead times and quick, convenient, and hassle-free shipping.
It’s not just stock products that ship with the industry's best lead times; custom empirical and rapid customized catheter products are also provided with the shortest lead times available and personalized service. That’s the DUKE difference!
Pebax® is a registered trademark of Arkema, Inc.
FluoroSLIX® is a registered trademark of DUKE Empirical, Inc.
Shop Our Stock Catheter and Components
Duke specializes in custom medical tubing, offering the shortest lead times in the industry. Our stock medical tubing and custom catheter tubing extrusions are available in numerous sizes, materials, and configurations.
