Argyle Sterile Connecting Tube, 9/32 X 6'

What is 61301705-Each Argyle Sterile Connecting Tube, 9/32 X 6'?

The 61301705-Each Argyle Sterile Connecting Tube, 9/32 X 6' is a single-use medical tubing designed for sterile fluid transfer in healthcare environments. Measuring 6 feet in length with an inner diameter of 9/32 inch, this non-conductive tube ensures safe, reliable connections between IV lines, drainage systems, or other medical devices. Packaged sterile, it supports infection control protocols in hospitals, clinics, and home care settings.

Key features

• Sterile Packaging — Maintains hygiene for single-patient use and infection control.
• Sure-Grip Female Connector — Ensures secure, leak-resistant connections during fluid transfer.
• Non-Conductive Material — Safe for use in environments sensitive to electrical conductivity.
• Precise Dimensions — 9/32-inch inner diameter and 6-foot length for compatibility with standard systems.
• Medical-Grade Tubing — Designed for reliable performance in critical care applications.
• Single-Use Design — Reduces cross-contamination risk in clinical and home settings.
• Brand Consistency — Manufactured under Argyle’s trusted quality standards.

Who is 61301705-Each Argyle Sterile Connecting Tube, 9/32 X 6' for?

This sterile connecting tube is ideal for healthcare professionals, home care providers, and patients managing IV therapy, wound drainage, or urological systems. It suits clinical environments requiring sterile, disposable components and is especially useful in post-operative care, long-term infusion therapy, and sterile field maintenance.

How does 61301705-Each Argyle Sterile Connecting Tube, 9/32 X 6' compare?

Compared to generic sterile tubing, the Argyle model offers a sure-grip female connector for enhanced reliability and reduced disconnection risk. Its non-conductive property differentiates it from standard polyvinyl or latex-based tubes, making it safer in sensitive medical environments. While similar in size to many IV extension sets, its single-use sterile design ensures higher safety than reusable or non-sterile alternatives.