Medical Extrusion Materials
The medical industry can require complex devices that need high precision processes to produce. In order to manufacture medical tubing and catheters that meet both the needs of the patients and the industry regulations, DUKE Extrusion relies on custom extrusion processes.
DUKE Extrusion processes a vast array of thermoplastic polymers as extrusion materials. We work with both common thermoplastic resins as well as high performance and custom-compounded resins that match our customers’ unique requirements for medical tubing material or catheter material performance. Our product application engineers will recommend materials based on your application.
To learn more about our medical tubing extrusion materials, contact us today.
Medical Tubing Material Options
Our material experts partner with the world’s best material manufacturers to provide you the latest in polymer technology. DUKE Extrusion offers many material options from nylon to polyester.
In addition to being experts in processing a wide range of materials, we also assist with the development of new material formulations to enable next-generation, market-leading products. We can supply medical tubing or catheter materials with unique additives such as:
- Silver ions
- Light and heat stabilizers
- Lubricious agents
- Antimicrobial agents
- and more
Extrusion materials can be formulated to match your unique requirements, or we can recommend custom solutions to optimize the performance of your products.
What Material is Right for Your Application?
When deciding on the medical tubing materials for your applications, there are a number of important factors to consider. Using the wrong materials can chemically alter drugs and medicines or even cause them to bind to the tubing walls. Consider the following factors as they relate to your purpose:
Medical Tubing Strength
Depending on your needs, the medical tubing you choose may need added strength or durability. Different materials can offer different levels of abrasion and kink resistance. Polyurethane, for example, can be tackier than other materials, and, unless another material is added, can be more prone to tangles. It makes a great catheter material, however, because it softens with body heat.
Catheter and Tubing Materials Cost
Some materials are more expensive than others. PVC is one of the most cost-effective materials, and it still offers a variety of great benefits. The material you choose will ultimately depend on your needs balanced against your budget.
Medical Industry Compliance
There are many certifications and regulations, particularly in the medical industry, that your medical tubing materials need to meet in order to be safe. These regulations can differ depending on your applications. If your tube is going to be exposed to X-ray radiation, for example, you can’t use materials that are radiopaque because it would result in an unacceptable image.
Custom Extrusion Services from DUKE Extrusion
With our custom co-extrusion process, we can combine the beneficial properties of two materials by extruding them at the same time into a single tube. The materials can be arranged in concentric tube-on-tube configurations, or with striping of the materials in a single lumen for added benefits. In multi-lumen coextrusions, materials can be isolated to certain regions of the tubing’s cross section.
In addition to co-extrusion, we also offer other extrusion services including:
- Custom Single Lumen Tubing
- Multi-Lumen Tubing
- Taper/Bump Tubing
- Solid Rod Extrusions
- And more
Medical Tubing Applications
As one of the industry’s leading medical tubing suppliers, we manufacture tubing and catheters that meet a variety of unique needs. We work with you to match your design requirements for applications such as:
- Intravenous (IV) tubing
- Fluid transfers
- Infusion tubing
- Nasogastric tubes
- Hemodialysis tubing
Contact DUKE Extrusion for Medical Tubing Materials
Contact DUKE Extrusion to discuss your catheter material or medical tubing material requirements. Follow the links below for more information on some of the more common thermoplastic extrusion materials we work with.