Pack of 600 Self-Compensating Anti-Drain Drippers, 8 Liters, Non-Removable Mushroom Drippers for Irrigation, Agriculture, 16mm Pipe

Seta 8-liter Self-Compensating Anti-Drain Drip Irrigation System is the perfect solution for your irrigation system, with a flow rate of 8 liters/hour and a working pressure of 0.5 to 4 bar. These self-compensating drippers guarantee 100% uniformity in the distribution of water and nutrients, thanks to their continuous self-cleaning system and wide water passages in the inlet filter and labyrinth that prevent clogging. Furthermore, their anti-drain system blocks water discharge at the end of the irrigation cycle, allowing for efficient hydroponic and pulse irrigation. With this pack of 600 drippers, you can divide the flow rate of each one using distributors and stakes, adapting them to your needs.

Product features:

• Flow rate 8 liters/hour.

• Working pressure: 0.5 to 4 bar.

• Self-compensating dripper. 100% uniformity in irrigation and nutrient distribution.

• Continuous Self-Cleaning System. Wide water passages in the inlet filter and labyrinth for maximum resistance of the dripper to clogging.

Frequently Asked Questions:

How does the anti-drain system of these drippers work?
The Anti-Drain system blocks water discharge at the end of the irrigation cycle, preventing the refilling of laterals and drippers for greater irrigation efficiency.

Can distributors and stakes be used with these drippers?
Yes, these drippers allow the use of distributors and stakes to divide the flow of each one according to your needs.

What is the flow rate capacity of these drippers?
These drippers have a flow rate of 8 liters/hour, ideal for precise irrigation systems.

How is uniformity in the distribution of irrigation and nutrients ensured?
Thanks to their self-compensating system and their design with wide water passages, these drippers guarantee 100% uniformity in the distribution of irrigation and nutrients.

What advantages do these drippers offer for pulse irrigation?
The Anti-Drain system blocks water discharge at the end of the irrigation cycle, allowing for greater efficiency in pulse irrigation and precise nutrient distribution.