Raindrip Barbed Valve - 2pk - For 1/4in Tubing

Per-Container Flow Control for 1/4in Drip Lines

The Raindrip Barbed Valve puts individual flow control at every container in your drip system. Simply turn the top cap to adjust output from full flow down to fully closed — giving you precise per-plant control without adding separate flow regulators or inline valves. The barbed design pushes directly onto 1/4in drip tubing for a secure, tool-free installation, and each pack includes two valves for quick deployment across multiple containers or growing sites.

Key Features & Benefits

• Adjustable top cap — turn to dial flow from fully open to fully closed at each individual emitter point.
• Per-container control — adjust output at each plant site independently without affecting other emitters on the same line.
• Barbed connection — pushes directly onto 1/4in drip tubing for tool-free, secure installation.
• 2-pack — includes two valves for use at multiple container sites or as replacements.
• Simple, compact design — low-profile valve fits neatly at the growing media surface without disrupting plant spacing.

Who Should Use This

Container growers, hydroponic operators, and home gardeners running 1/4in drip lines who need adjustable, per-plant flow control at individual growing sites.

Compatibility

For use with 1/4in drip tubing. 2 valves per pack.

Frequently Asked Questions

How do I adjust the flow rate?

Turn the top cap clockwise to reduce flow and counterclockwise to increase it. Rotate fully clockwise to shut off completely.

Can I use these as a permanent shutoff for a specific container?

Yes — fully closing the top cap shuts off flow to that container without affecting others on the same line.

Are these compatible with all 1/4in drip tubing brands?

The barbed connection fits standard 1/4in (approximately 0.25in inner diameter) drip tubing from most irrigation brands.

Can I daisy-chain multiple containers from one valve?

These valves are designed for single-point emitter control. For multi-container runs, use a manifold with individual emitters for each container.