Zinco Dripperline 500-L2, 200-meter roll, Dripperline Ø approx. 16 mm
Durable Dripperline with integrated, pressure-compensating drippers spaced 500 mm apart.
Order Nr.:
9350
Product information "Zinco Dripperline 500-L2, 200-meter roll, Dripperline Ø approx. 16 mm"
Dripperline with integrated drippers spaced approx. 500 mm apart, dripper capacity approx. 2.2 l/h, pressure-compensating, for irrigation of Green Roofs in combination with the Aquafleece AF 300.
| Order Nr.: | 9350 |
|---|---|
| Length [m]: | 200,0 |
| Material: | Membrane: Silikon, Schlauch und Tropfer: Polyethylen |
| Packaging unit: | Role |
| Additional information: | Schlauchdurchmesser außen ca. 18,4 mm / innen ca. 16,0 mm; Tropferabstand ca. 500 mm; Tropferleistung ca. 2,2 l/h |
This product has accessories
Durable Dripperline with integrated, pressure-compensating drippers spaced 500 mm apart.
Zinco hook and loop tape roll of 25 m, width 50 mm
Hook and loop tape for attaching the Dripperlines 500-L2 to the Aquafleece® AF 300.
Hook and loop tape for attaching the Dripperlines 500-L2 to the Aquafleece® AF 300.
This product is an accessory for
Durable Dripperline with integrated, pressure-compensating drippers spaced 500 mm apart.
Zinco Aquafleece AF 300 green, 300 g/sqm, roll 2.10 m x 50 m
Capillary-active Membrane, attached to tear-resistant woven fabric / ribbon fabric, for use in irrigated Extensive Green Roofs, with dual function.
1. during irrigation, the water is distributed over the surface due to capillarity and
2. after water saturation, precipitation can pass through (almost) unhindered
Protected by utility model in Germany!
1. during irrigation, the water is distributed over the surface due to capillarity and
2. after water saturation, precipitation can pass through (almost) unhindered
Protected by utility model in Germany!
Capillary-active Membrane, attached to tear-resistant woven fabric / ribbon fabric, for use in irrigated Extensive Green Roofs, with dual function.1. during irrigation, the water is distributed over the surface due to capillarity and2. after water saturation, precipitation can pass through (almost) unhinderedProtected by utility model in Germany!