Netafim 13mm Purple Landline (Bioline) 8.40L/H 0.30m Spacing 100m Dripline Coil

Aries 13012 8.40L/H 0.30m Spacing 100m

High-Flow, Anti-Clog Dripline for Recycled and Bore Water Irrigation Systems

Formerly known as Netafim Tiran or Landline Purple, the Netafim Aries 13012 is a heavy-wall, non-pressure compensating 13mm dripline designed specifically for greywater and bore water applications. Featuring a high-flow rate of 8.4 L/h per emitter and 30cm emitter spacing, it delivers rapid and reliable distribution in systems using non-potable water.

The Aries Purple dripline is manufactured with UV-stabilised materials and marked with a lilac color for safe identification in greywater systems. Its large internal water pathways and anti-clog emitter design make it especially suited to challenging water sources that carry debris or organic matter.

FEATURES

• High Flow Rate Emitters (8.4 L/h): Designed to increase throughput and reduce blockages in greywater and effluent systems.
• Non-Pressure Compensating Design: Ideal for flat or gently sloped installations where consistent emitter performance is required without elevation pressure correction.
• Heavy-Wall Tubing: 13mm UV-stabilised polyethylene offers long life and resistance to environmental exposure and mechanical damage.
• Anti-Clog Technology: Wide flow paths and self-flushing action reduce the risk of blockage from particles in recycled water.
• Purple Colour Coding: AS/NZS compliant lilac colour for identification in non-potable water reuse systems.

SPECIFICATIONS

• Internal Diameter: 13mm
• Flow Rate: 8.4 L/h per emitter
• Emitter Spacing: 30cm
• Coil Length: 100 metres
• Pressure Range: 70–300 kPa (non-PC)
• Recommended Filtration: 120 mesh (130 micron)
• Model Code: Aries 13012

APPLICATION

• Greywater irrigation systems in domestic and commercial settings
• Subsurface or on-surface watering under lawns, garden beds, or trees
• Reclamation or restoration projects using treated effluent
• Heap leach and industrial discharge dispersal
• Low-gradient areas where non-PC high-volume flow is advantageous