Netafim Q-Flex Riser Assembly 19mm Barb Inlet to Barb Outlet Box of 100

Kink-free, preassembled and versatile

Kinked or leaking risers are a weak link in drip system installation – leading to irrigation problems, high labor costs and even crop failure. Q-Flex™ solves this problem.

Q-Flex™ riser provides an ideal solution for connecting driplines to the submain to avoid any kinks and movement even during trench backfilling.

• Preassembled with different lengths and connectors for quick and simple installation
• Flexible kink-resistant riser provides a trouble-free solution for connecting drip lines to the submain
• Eliminates need for re-digging trenches

APPLICATIONS

INNOVATIVE & FLEXIBLE SOLUTION TO CONNECT DRIPPERLINES TO SUB MAINS

• Q-Flex™ is Netafim’s innovative and unique solution for dripperline riser take-offs.
• Suits both Surface and Sub-Surface applications.

BENEFITS AND FEATURES

• Saves labor, simplifies and shortens the installation process.
• Prevent local pressure losses or flow restriction, kink-resistant.
• Versatile pre assembled options for Thin wall, Medium wall and Heavy wall dripperlines.
• Configurable for diverse connector options, customizable for connecting dripperlines to grommet take-offs or threaded connections in sub mains.

SPECIFICATIONS

• Kink-resistant corrugated profile.
• Made from UV resistant corrugated Polypropylene.
• Maximum pressure: 4 bar (0-40ºC).
• Elongation <3% at 4 bar.
• Minimum kink radius (with buckling): 45 mm.

Why Q-Flex™?

• Avoids irrigation problems: Prevent pressure losses or flow restriction with a kink-resistant design.
• Lowers operational costs: Saves labor, simplifies and shortens the installation process with pre-assembled riser.
• Ready to install: Rapid installation with pre-assembled options.
• Tailored to your needs: Configurable for diverse connectors, customizable for connecting Thin, Medium and Thick walled drip lines to PVC, FlexNet™ and PE sub mains.
• Built for toughness: High-quality polypropylene material provides UV resistance with minimal elongation.