What does PCND mean in a dripline?

PCND means Pressure Compensating Non-Drain, which helps maintain uniform flow and prevents drainage after irrigation stops.

What is Dripline K-Lin PCND used for?

K-Lin PCND is used for precise and uniform irrigation and fertigation in field and horticultural crops.

What is low-head drainage in drip irrigation?

Low-head drainage is the drainage of water from drippers at low pressure after irrigation stops.

How does a no-drain dripline prevent water loss?

It stops water from draining through the drippers when irrigation stops, reducing water loss and air entry.

Is K-Lin PCND suitable for greenhouse and polyhouse use?

Yes, K-Lin PCND is suitable for greenhouse and polyhouse irrigation and fertigation.

Does K-Lin PCND protect drippers from roots?

Yes, K-Lin PCND helps prevent root intrusion into the drippers.

What sizes and flow rates does K-Lin PCND offer?

K-In PCND is available in sizes 12, 16, 20 and 25 mm, in CL1 to CL4 ranges and with dripper spacing of 20 and 120 cm. Dripper flow rate (discharge): 0.8, 1.2, 1.6, 2.1, 3.4 LPH.

Does K-Lin PCND work on uneven terrain and long fields?

Yes, K-Lin PCND is suitable for uneven terrain and long fields, providing uniform water distribution.

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Dripline K-Lin PCND

No-Drain Drip Line for Greenhouses

Our Dripline K-Lin PCND is engineered to solve a problem that quietly wastes water in many drip systems' low-head drainage, where water continues draining from the lowest points of a line after irrigation stops. Our PCND mechanism prevents this, maintaining water retention up to 3 metres and ensuring irrigation stops exactly when it should. Manufactured with advanced Israeli technology, this dripline delivers stable, uniform flow that stays unaffected by pressure fluctuations or uneven terrain, making it especially well suited to greenhouse, polyhouse, and shade net environments. Advanced root care configuration protects the drippers from root intrusion over time, while a proven labyrinth mechanism keeps flow steady and reliable across long fields, giving high-value crops the precise, consistent irrigation they depend on.

What makes it stand out?