Netafim continues to be the leader in innovation in the Landscape & Turf dripline market by introducing Techline™ CV manufactured with post-consumer recycled polyethylene. Techline™ CV Dripline has the most technologically advanced dripper available. Techline™ CV’s Check Valve feature keeps water from draining out of the dripline after zone shut-down.
Tubing O.D. is 17mm or 0.66 in.
| Brand | Netafim |
|---|---|
| SKU | 14696-000080 |
| Weight (lb.) | 12.0000 |
| Prop 65 | false |
| Width (in.) | |
| Height (in.) | |
| Lead Time | 7-10 |
| Length (in.) | |
| Hazardous Material | false |
| UPC | 3661734900331 |
| UL Listed | No |
| ETL Listed | No |
| Irrigation Part Type | Dripline |
| Tubing Diameter | 0.56 in (ID) x 0.66 in (OD) |
| Choose Emitter Spacing | 12 in. |
What does Netafim Techline CV Dripline do after zone shut-down?
Netafim Techline CV Dripline keeps water from draining out after zone shut-down with a built-in check valve. The dripline also uses pressure-compensating and self-flushing emitters.
What tubing diameter does Netafim Techline CV Dripline use?
Netafim Techline CV Dripline uses 0.56 in ID x 0.66 in OD tubing diameter.
Which emitter spacing does Netafim Techline CV Dripline 250 Foot Coil use, and what other spacing choices exist?
Netafim Techline CV Dripline 250 Foot Coil uses 12-inch emitter spacing. The description also lists 18-inch and 24-inch spacing options, with 24-inch spacing available for 0.6 and 0.9 GPH only.
Where can Netafim Techline CV Dripline be installed?
Netafim Techline CV Dripline can be used in subsurface or on-surface installations. The description lists turf, shrubs, trees, flowers, slopes, green walls, green roofs, and raised planters.
What material and project uses are listed for Netafim Techline CV Dripline?
Netafim Techline CV Dripline is made with post-consumer recycled polyethylene and qualifies for LEED projects. The dripline is UV resistant.
What features help Netafim Techline CV Dripline resist root intrusion and clogs?
Netafim Techline CV Dripline uses a patented emitter design with a physical root barrier, plus an anti-siphon feature and continuous self-flushing emitter design. Those features help prevent root intrusion and debris buildup.
