UniWine™ AS

Ultimate subsurface drip irrigation (SDI) for vineyards in any topography or climate

UniWine™ AS pressure-compensated drippers are perfectly suited to the precise irrigation of wine grapes even in complex topographies - delivering water and nutrients with absolute uniformity straight to the roots of each plant.

Anti-Siphon (AS) mechanism critical to high-performance of buried drip lines
Self-cleaning technology assures 100% water uniformity in long laterals and hilly slopes.

Why UniWine™ AS?

Safe subsurface operation: Anti-Siphon mechanism blocks suction of dirt and other contaminants into the dripperline during system draining - eliminating the risk of clogging, or partial clogging.
Better quality yields: 100% uniformity of water and nutrient distribution even in long laterals and complex topographies.
Never clogs: Industry’s biggest filtration area and flow plus self-cleaning technology that continuously flushes out debris to ensure optimal dripper performance season after season.
Root protection: A physical barrier stops root intrusion.
Long-lasting: Ultra-durable, UV-stable lines are built to resist damage from farm machinery, soil insects, sun exposure and re-coiling.

Specifications

Optimal long-term solution for subsurface drip irrigation in vineyards

Variety of flow rates: 5 different flow rates (0.7, 1.0, 1.6, 2.3, 3.5 L/H) can address any condition or application
Wide range of pipe diameters: 16.0 to 23.0 mm
Wall thickness: 1.0 mm - 1.2 mm
Superb UV and chemical resistance
Designed to be seen: 2 purple strips for easy identification

Downloads

Product sheets

UniWine AS.P (PDF)

Other Uniram™ models

UNIRAM™ AS

Deciduous plantation and tree irrigation and permanent (10 or more seasons)
subsurface row crops

Uniram™ CNL

Greenhouses, deciduous plantations and tree irrigation; permanent (10 or more seasons) with Anti Drain mechanism.

Uniram™ HCNL

Greenhouses and precise irrigation applications; permanent (10 or more seasons) subsurface row crops; deciduous plantations and tree irrigation with Anti Drain mechanism in complex topographies.