Brief: This video demonstrates the setup, operation, and key moments during typical use of TPE Tubes in medical applications. You'll see how this versatile thermoplastic elastomer tubing provides flexibility, durability, and biocompatibility for healthcare systems like infusion therapy, drug delivery, and respiratory equipment.
Related Product Features:
TPE Tubes offer superior biocompatibility ensuring patient safety in medical applications.
Excellent chemical resistance allows the tubing to withstand rigorous sterilization protocols.
Outstanding flexibility provides kink-resistant performance in various medical systems.
High transparency enables clear visual monitoring of fluid flow within the tubing.
Low extractables minimize product contamination risks in sensitive medical environments.
Available in pharma grade or food grade options with hardness ranging from 55-65 Shore A.
Operates effectively across a wide temperature range from -45°C to 135°C.
Multi-lumen designs and ultra-thin wall constructions enhance application versatility.
FAQs:
What medical applications are TPE Tubes suitable for?
TPE Tubes are extensively used in critical healthcare systems including infusion therapy components, parenteral drug delivery systems, blood collection and transfusion devices, respiratory therapy equipment, dialysis apparatus, and catheterization systems.
What regulatory standards do medical-grade TPE Tubes comply with?
Medical TPE tubing meets stringent regulatory requirements including ISO 10993 biocompatibility testing, USP Class VI certification, FDA compliance for medical applications, and REACH and RoHS environmental standards.
What are the key advantages of TPE tubing over other materials?
TPE tubing offers a unique combination of rubber elasticity and thermoplastic processability, providing superior biocompatibility, excellent chemical resistance, outstanding flexibility, high transparency, low extractables, and recyclability for sustainability initiatives.
What temperature range can TPE Tubes withstand?
TPE Tubes maintain performance across a wide temperature range from -45°C to 135°C, making them suitable for various medical and pharmaceutical applications requiring thermal stability.