Viega 32326 – 1/2" x 300' Red PEX Ultra Coil – PureFlow System
Viega’s 1/2-inch PEX Ultra tubing is engineered for use in potable water distribution systems, offering a flexible and durable solution for residential and light commercial installations. This 300-foot red coil provides extended run lengths with minimal fittings, improving efficiency and reducing potential leak points.
Manufactured in accordance with ASTM F876 and F877 standards, the tubing is compatible with Viega’s PureFlow press and crimp fitting systems. The PEX material resists chlorine, corrosion, and scale buildup, maintaining flow capacity over time. Its flexibility allows for quick routing through framing, and the red color coding simplifies identification for hot water supply lines.
Product Specifications:
Nominal Size: 1/2 inch
Length: 300 feet (coil)
Material: PEX (cross-linked polyethylene)
Color: Red (typically designated for hot water)
System Compatibility: Viega PureFlow press and crimp fittings
Standards Compliance: ASTM F876, ASTM F877, CSA B137.5, NSF 61, NSF 14, and ANSI/NSF 372
Operating Pressure: 160 psi @ 73°F
Temperature Rating: Continuous use up to 200°F
Manufacturing Origin: Domestic (USA)
Key Features:
Flexible Coil Format – Enables long, continuous runs with fewer joints
No Solder or Solvent Welding – Installs using mechanical connection methods only
High Chlorine and Corrosion Resistance – Ensures reliable long-term performance in municipal water systems
Color-Coded for Hot Water Supply – Assists with line differentiation in multi-zone applications
Meets Potable Water Standards – Certified for drinking water systems under NSF/ANSI protocols
Application & Installation Notes:
Intended for use in new construction and retrofit potable water supply systems
For optimal performance and code compliance, installation should be performed using proper press or crimp tooling by a licensed professional
Coiled tubing is ideal for installation in wall cavities, basements, attics, and under-slab systems where flexibility is required
Use appropriate support spacing per code and manufacturer guidelines to maintain bend radius and avoid stress points