Experience superior performance with BD Intramedic Polyethylene Tubing, designed for a multitude of laboratory and medical applications. Its durable, flexible construction facilitates consistent fluid transfer, ideal for micro-surgery, catheterization, and research applications.

Available in various sizes, from 0.011 inches to 0.066 inches in diameter, this tubing comes in convenient lengths of 10 feet and 100 feet to suit diverse operational needs. Featuring outstanding resistance to chemicals and moisture, it ensures safe and reliable performance in demanding environments without risking quality or precision.

Key Features:

• Constructed from high-grade polyethylene, the BD Intramedic Tubing provides exceptional flexibility and durability, ideal for a wide range of medical and laboratory applications.
• This tubing resists chemicals and moisture, which makes it suitable for fluid transfer processes without risk of contamination or degradation.

Uses:

• BD Intramedic Polyethylene Tubing is primarily used for laboratory and medical research applications, including micro-surgery, catheterization, and creating intravenous lines. Its versatility also makes it ideal for use in fluid transfer systems in various experimental setups.
• This tubing is used in applications requiring a consistent and reliable fluid flow due to its flexibility and durability. It's often utilized in the laboratory setting for chemical transfer ensuring no adverse reactions with the fluids being transported.

FAQs:

1. What sizes does the BD Intramedic Polyethylene Tubing come in?
The tubing is available in various diameters ranging from 0.011" to 0.066" with lengths of 10 ft and 100 ft.

2. Is the tubing compatible with all types of chemicals?
The tubing is made from polyethylene, which makes it highly resistant to most chemicals; however, compatibility testing is recommended for specific applications.

3. Can I use BD Intramedic Tubing for medical applications?
Yes, their use in micro-surgery and fluid transfer in medical settings is common due to their flexibility and durability.